text_p
stringlengths 30
4.62k
| labels
stringlengths 4
106
⌀ |
|---|---|
Senior Principal Scientist . Currently lead a research laboratory and team whose primary concentration and work is the development of novel and innovative pharmaceutical treatments for debilitating diseases , including Cancer , Neuropathic Pain , and Tuberculosis . Additionally , I have successfully mentored and aided the learning of 20 volunteers , students , and postdoctoral fellows . I have made significant scientific advances and contributions during my tenure in this position , including : . The discovery and development of a novel platform for targeted protein degradation . Identification of novel inhibitors of HCN1 for the treatment of neuropathic pain . The establishment of a medicinal chemistry effort to develop novel nucleoside analogs that are active against adenosine kinase and submission of a lead compound for preclinical tox studies . The invention and development of a series of longer lived fluorescent dyes that have better photophysical properties than nearly all commercially available materials . The discovery and development of novel dextran cyclodextrin conjugates for the treatment of Niemann Pick type C NPC disease . The development of analytical techniques that allow for near real time detection of drug metabolism and intermediate metabolites of amino acid metabolism . Additionally , since 2006 I have , and continue to perform teaching activities and program Directorship roles within Weill Cornell Medicine that allow me to contribute to the learning and development of the up and coming scientific community . Programs and functions include the following : . Vice Co Course Director Molecules , Genes , and Cells . Course Director Organic Mechanisms ; Chemical and Biological Foundations of Medicine . Associate Director for Basic Science Atkins Foundation Curriculum in Metabolic Diseases . Problem Based Learning Facilitator Biochemistry Small Group Leader Molecules , Genes , and Cells ; Human Structure and Function ; Host Defenses ; Essential Principles of Medicine . An innovative and collaborative research scientist with 15 years of experience leading multidisciplinary teams and managing projects from concept to completion . Able to communicate a clear vision and develop a strong culture of teamwork , while making critical decisions during challenges . Entrepreneurial at heart , with a strong core belief of leadership by example . Exceptional track record of research success , with multiple publications and patents .. Technologies : Xray;NMR
|
molecular glues;small molecules;interaction
|
Senior Scientist . Preformulation Advanced Drug Delivery . Energetic researcher with specialization in the activities of develop and characterise protein peptide based biopharmaceuticals and advanced formulations with a well rounded technical skills set e.g. production , purification , biophysical characterisation , molecular biology methodologies , U HPLC , CE SDS and MS analysis for these activities . I am seeking for a challenging role in the biopharmaceutical industry that utilises my previous skills and experiences and at the same time allows me to develop my professional skills even further . I consider myself a detail oriented person with a strong analytical mind and problem solving capabilities , able to work with different projects simultaneously and a team player , while learning and applying new aptitudes in a fast paced environment . . Technologies :
|
biologics;carriers;peptides;proteins;characterization;formulation
|
Summer Research Intern . Prepared BL21 DE3 and BL21gold cells for protein production and future plasmid usage , respectively . Expressed , lysed , and purified 26 target protein cages using 96 well plates Used negative staining EM to visualize cage cores that contain the cargo protein of interest . Studied and utilized biological coding programs such as Python and MobaXterm for construction and visualization of proteins . . I am a masters graduate who has earned their masters in chemistry with a specialization in biochemistry . I have 3 years working in a biochemistry and bioinform tica research lab where i worked with bacteria growth and purification , sub cloning inserts into plasmid vectors , protein expression purification , site specific cleavage and radioactive calcium overlay assays . I have been awarded a special recognition in graduate studies award for being above a 3.8 GPA as well as awarded the RISE MS to PhD fellowship in the masters program . I am currently in a summer research fellowship program at UCLA called the DOE IGP fellowship program where I am being mentored in Dr. Todd Yeates lab in specialization in PYMOL coding and Cryo EM techniques . Prior to the educational accomplishments I have obtained , I worked 5 years as a private security officer , a year in retail as a salesman and a quarter of a year in food industry . . Technologies : CryoEM
|
proteins;structure
|
Professor . . My lab employs new cellular and molecular technologies to tackle the most urgent and clinically important problems in cancer therapy , including functional genomics , drug screens , proteomics and single cell approaches . Critically , these technologies often generate the scale and complexity of data that necessitate the development of new computational algorithms to maximize their impact and fully understand their relevance in the clinic . The lab is focused on identifying mechanisms of drug resistance and targetable synthetic lethal interactions in breast and lung cancers since these diseases are deadly in the metastatic setting and demonstrate suboptimal tumor responses even with our best , most targeted therapies . We are committed to the identification , mechanistic dissection and clinical translation of new targets and target combinations through broad collaborations with biotechnologists , chemists , clinicians and pharma . Interested in joining us Please get in touch Find out more at : http : cancersignaling.net . Technologies :
| null |
Associate Professor . . https : amuntslab.org Our group at SciLifeLab explores the frontiers of the currently developing cryo EM methodology to visualize macromolecules that play key roles in fundamental and medically relevant cellular processes . We focus on technically challenging subjects , for which the molecular mechanisms have been least understood . One of the ongoing projects is to determine how the bioenergetic units that fuel life become to be . The lab members employ structural , functional and evolutionary analysis to study macromolecules that shape biological systems in mitochondria and chloroplast . The research is supported by the ERC , Wallenberg Foundation , SSF Future Leaders , EMBO Young Investigator Program and Cancer Foundation Junior Investigator Award .. Technologies : CryoEM
|
proteins;structure
|
Associate Professor in Bioinformatics . Teaching and research in the field of genomics and bioinformatics . . Researcher , manager and educator who uses DNA sequencing , bioinformatics and computational biology in a broad range of projects , but especially focusing on emerging infectious diseases of crops . Specific interests and expertise include : plants , crop genomes , pathogenomics , banana , enset , Pseudomonas , Xanthomonas , Phytophthora , Perl , databases , MySQL , Linux , R , Python , applied bioinformatics . Email : d.j.studholme exeter.ac.uk Twitter : https : twitter.com davidjstudholme ORCID : https : orcid.org 0000 0002 3010 6637 Web page : http : biosciences.exeter.ac.uk staff profile index.php web i d david studholme . Technologies :
| null |
Director of Graduate Studies , BU Bioinformatics Masters Program . . Adam 's primary research interest is to better understand the genomics characteristics of neurodegeneration in human tissue using bioinformatics and machine learning approaches . His neurodegenerative disease research involves identifying commonalities and differences between different neurodegenerative diseases , with the goal of finding common pathological mechanisms that may lead to novel treatment modalities . He has particular expertise in the analysis of post mortem human brain tissue and cerebrospinal fluid transcriptomes , and has made significant contributions to our understanding of Huntington 's , Parkinson 's , and Chronic Traumatic Encephalopathy CTE . He also has methodological interests in metatranscriptomics in contexts ranging from Caribbean coral ecologies to connections between the central nervous system and the human microbiome . In addition to his independent research , he serves as Director of Graduate Studies for the BU Bioinformatics Masters program , as Director of Bioinformatics for the VA PTSD Brain Bank , and is a member of the BU Alzheimer 's Disease Research Center and BU CTE Center .. Technologies :
| null |
Guest Ph.D. Researcher . . Working on the structural biology of membrane proteins involved in the drugs nutrient transport . More specifically , interested in the role of secondary active human membrane transporters from the Solute Carriers family SLCs in health and disease . My aim is to decipher protein protein interactions , structural details and dynamics of SLC transporters by using different techniques , including LCP crystallography , negative stain , and cryo electron microscopy .. Technologies : CryoEM
|
membrane proteins;interaction;structure
|
Teaching Fellow . I am a Teaching Fellow at the University of Oxford 's Department of Oncology . My current role applies my experience with particle physics , medical imaging , radiotherapy , data management , and clinical trials to departmental teaching . I am Director of Studies for the Department 's MSc Radiation Biology course . . I am a Teaching Fellow at the University of Oxford 's Department of Oncology . My current role applies my experience with particle physics , medical imaging , radiotherapy , data management , and clinical trials to departmental teaching . I am Director of Studies for the MSc Radiation Biology course . I started out in particle physics , working on the Compact Muon Solenoid CMS and Monopole and Exotics Detector at the LHC MoEDAL experiments looking for dark matter and magnetic monopoles respectively . While a Public Engagement Fellow for the UK Science and Technology Facilities , Council , I worked extensively in engaging wider publics with research and large scale computing through the Institute for Research in Schools IRIS and GridPP Collaboration , and the CERN school research programme . I then entered the world of medical imaging through the analysis of clinical and research neuroimaging datasets , including the UK Biobank , and Magnetic Resonance guided Radiotherapy MRgRT through my work with the ViewRay MRIdian MR Linac . I read Natural Sciences at Sidney Sussex College , Cambridge , specialising in Experimental and Theoretical Physics , and I completed my PhD at Imperial College London s High Energy Physics group and CERN . Homepage : http : www.tomwhyntie.com Specialties : Particle physics , dosimetry , medical imaging , machine learning , image processing , problem solving , coding C , Python , data analysis , public speaking , bringing science to a wider audience .. Technologies :
| null |
Senior Staff Scientist . Computational Biology technical project lead . Currently focused on building a novel pan coronavirus test , as well as providing support for a number of different genomic engineering projects . . Experienced Computational biologist with a strong background in next generation sequencing analysis , cancer research , general data analysis and some bench work . Skilled in Molecular Biology , Bioinformatics , Perl , C , R and python . Strong research professional graduated from Utah State University with a bachelors in chemistry and a minor in computer science . Did my PhD work at the NIH in the lab of David Landsman and my postdoctoral work at Stanford with Andrew Fire . . Technologies :
| null |
Associate Scientist in Analytical Development . DNA extraction and purification under rigorous sterility specifications . Quantification of viral genomes through RT qPCR on In Process Controls and Drug Substance and analysis of generated data . Purity check and protein identification using SDS PAGE and Western BLOT . Analysis of the images and calculation of the purity . HPLC analyses on Waters and Dionex using Empower and Chromeleon software . . I was supposed to become an archaeologist . Eight year old me dreamed of exploring pyramids , discovering dusty yet priceless treasures . Then high school science classes ignited my passion for the living world . Preparatory school biology lectures fueled it . The complex molecular mechanisms that allow us to breathe , trees to grow , fascinated me . I worked hard and it paid off : I got admitted to the National School of Biomolecule Technology of Bordeaux . I avidly learnt about cells , nucleic acids , proteins , metabolisms , and somehow managed to memorize the full Krebs cycle . I enjoyed my classes and blossomed during my internships . I knew I would never leave the laboratory . After I obtained my biotechnology Master 's degree , I heard about a wonderful job opportunity in Belgium . Two interviews and a ten hour ride later , I was starting my mission in Novasep . I joined Novasep 's Downstream processing team in May 2019 as an Associate scientist in Process and product development . Our goal Work hand in hand with our clients to develop and optimize their viral vector and antibody purification processes in a way that is the best to satisfy their needs . Working for a company contributing to advances in gene therapy is extremely rewarding to me . . Contact me at : 33 6 . 16 . 45 . 22 . 10 or astrid . thiry outlook . fr . Technologies :
| null |
Principal Research Scientist . . I have more than 20 years of experience in research , formulation , stability and biophysical characterization of peptides and proteins . Extensive experience from working in projects , both as project manager , coordinator , and project team member ; mainly in corporate projects but also from an EU project As a formulation scientist my key competences are : Physical stability of peptides and their propensity for amyloid fibril formation Co formulation combination products of two peptides and all aspects related to this wrt . physical chemical stability , biophysical properties and PK properties pharmacokinetics Requirements for formulations for in vivo studies and commercial drug products , and the impact of molecular design and formulation on pharmacokinetics As project manager I was responsible for delivering a research project into development , which is now an insulin GLP 1 combination on the market . Moreover , I have experience in handover of research projects to CMC , non clinical and clinical development . For a period I served as Work Package Leader in an EU project . I have a strong focus on innovation and IP opportunities resulting in more than 20 invention disclosures , patent applications and patents . In addition I am author or co author on 20 scientific publications , posters , oral presentations , and dissertations . I understand the development process of medicinal drugs from idea over research and clinical development to commercialisation , together with a clinical understanding of diabetes and obesity , and a growing interest for NASH . As a person I am calm and patient , thorough and persistent . I am self driven but keen on sharing knowledge , ideas and questions with new as well as old colleagues ; scientists as well as lab technicians . I thrive in project groups and subteams that drive projects forward in common . . Technologies :
|
peptides;proteins;characterization;formulation;stability
|
Associate Principal Scientist . . Polyglot scientist with 6 year experience in pharmaceutical and biotech companies , particularly interested in drug design , molecular modelling , cheminformatics , and scientific writing .. Technologies : CryoEM
| null |
Associate Professor . The Reichow Lab applies biochemical methods , coupled with atomic level imaging and structure determination by cryo electron microscopy cryoEM to understand protein function . These structures provided key insight toward understanding how these biological molecules carry out the astounding functions that allow us to live . This mechanistic understanding provides a blueprint for developing novel approaches aimed at treating their abnormal functions found in disease and cancers . To learn more , please visit our website www.reichowlab.com . Specialties : Structural Biology , Electron Microscopy , Membrane Protein Biology . Technologies : CryoEM
|
membrane proteins;structure
|
Senior Scientist . Senior Scientist in AbbVie 's Neuroinflammation with a focus on Alzheimer 's Disease . I am a dedicated scientist who loves to push the boundaries of human knowledge a bit further to help meet patients need . In the past ten years I gained tremendous experiences of different biological areas like agriculture , sepsis and thrombosis , cancer , as well as neuroscience . These areas all shared my main focus immunology in different kind of facets . Due to my extensive flexibility and demonstrated ability to learn quickly , I always fulfilled my goal to extend common knowledge . One of major attributes is creativity which I use to solve scientific mysteries . During my PostDocs in the DKFZ Bayer alliance and at AbbVie s Neuroscience I gained extensive insights in drug development . During these positions I worked at different areas of preclinical testing both in vitro and in vivo . I am looking forward to further expanding my knowledge to help increasing humankind s medical insight .. Technologies :
| null |
Assistant Professor . . . Technologies :
| null |
Postdoctoral Associate . . . Technologies :
| null |
Scientist . . Research Interest : Biophysical and functional characterization of ion channels with electrophysiological recording and bioinformatical profilings ; Membrane protein structure function relationships ; Ion channel physiology , pathology , and pharmacology . Publications : https : scholar.google.com citations user GjzbobQAAAAJ hl en Hobbies and achievements : Reading Translation : Zealous reader and translator for interdisciplinary books covering popular science and art . Belief 1 : Science transcends language . Road Trip Hiking : Belief 2 : Either your body or your mind should be on its way . Technologies :
|
membrane proteins;characterization;structure
|
Senior Research Associate . Providing high quality critical reagents to enable the development of therapeutic antibody candidates . Executing biochemical analysis to support the development of drug candidates from pre clinical to clinical development , using wide range of modern biochemical techniques e. g. , CE SDS , HPLC UPLC , icIEF , etc and documenting methodically . Subject Matter Expert SME of instrument s . Optimisation of existing workflow . . . RESEARCH INTERESTS AND EXPERIENCE . . Bio engineering Sciences , Bio chemistry . Protein Engineering and Protein Structure . Antibody Separations and Biochemical Analytics . In vivo and in vitro Protein Protein Interaction . In vitro Bio physic and Bio chemical assay development . Technologies :
|
antibodies;characterization;engineering
|
Head of Bioinformatics . Tagomics is an early stage startup that is implementing innovative solutions for epigenetic biomarker discover for the development of blood based clinical diagnostic tests . . Expert bioinformatician with experience from early stage biotech from seed to series B and beyond and leading cross functional teams . Involved in setting strategy , budgeting , hiring and pitching . Technical Expertise : Genomics WGS Exome Transcriptomics RNA seq Microarray Epigenetics Rare diseases Human metabolism and metabolic modelling FBA Drug repurposing . Technologies :
| null |
Postdoctoral Research Scientist . My current project is devoted to structural and functional investigation and search for novel inhibitors of mammalian respiratory complex I using cryo electron microscopy . Postdoc advisor : Leonid Sazanov . Experienced Postdoctoral Researcher with a demonstrated history of working in the research industry . Skilled in structural biology , biochemistry , molecular and cell biology with over 10 years of work experience . Last three years I focused on Electron Microscopy using both negative stain and cryo EM from sample and grid preparation to image acquisition , image data processing and model building .. Technologies : CryoEM
|
proteins;structure
|
Staff Scientist P.I. . High resolution electron cryo tomography on structure determination of highly dynamic protein and soft materials . Individual Particle Electron Tomography IPET A single molecule structure Tracking 3D structure of protein chemical reaction Protein dynamics Protein structure and function Cryo ET , Cryo Electron Tomography Cryo EM , Cryo Electron Microscopy Lipoprotein LDL , HDL and CETP Lipoprotein structure Specialties : Individual Particle Electron Tomography IPET A single molecule structure Protein dynamics Cryo ET , Cryo Electron Tomography HDL , LDL structure . Technologies : CryoEM
|
proteins;structure
|
Research , Training , and Publication Manager . As the manager of the UK EQUATOR Centre s training programme , I develop and deliver academic writing skills training on how to write fantastic health research articles . Most of our training is aimed at early career researchers , clinicians , and students and focuses on journal articles , such as our flagship two day Publication School . I recently developed online self directed courses on thesis and transfer report writing for the University of Oxford Medical Sciences Division 's Skills Training Programme . I have also worked with language professionals , such as author editors and journal editors , on integrating reporting guidelines into their practice . When not teaching writing skills , I lend mine to both the UK EQUATOR Centre and wider Centre for Statistics in Medicine CSM , providing editing and writing support for articles , reports , and grant applications . The UK EQUATOR Centre has an extensive research programme investigating the quality of research methods and reporting . I am often involved in these projects in a supporting role , and track the impact of our training . . I am a scientist by training and a writer editor by trade . I am fascinated by all things science related and love reading about and sharing new discoveries . I am passionate about helping disseminate science , especially by making it more accessible to the public and by polishing research to sound as good as it is .. Technologies :
| null |
Senior Research Scientist , Biophysics . . Protein biophysicist with a passion for disease research , drug development , and environmental sustainability . Experience working in multi disciplinary and multi cultural teams of chemists , computational biologists , clinicians , cell biologists , and biochemists to solve complex problems with global impacts . Offers diverse knowledge of molecular biology , protein structure function , protein protein interactions , and display technologies for biologic drug discovery . With over 10 years of scientific training , I am able to conduct a wide variety of experimental techniques with close attention to detail and critically analyze data . In my current position , I routinely establish assays to measure protein ligand interactions and conduct mechanism of action studies . I have acquired expertise in technical writing and oral communication , as demonstrated by award of a predoctoral fellowship , peer reviewed scientific publications , and multiple poster awards from scientific conferences . Key competencies : Biophysics , protein engineering , enzyme kinetics , assay development , protein purification , mammalian cell culture , mRNA display , yeast surface display , single domain antibody fragments , and molecular biology techniques like Gibson Assembly .. Technologies :
|
proteins;small molecules;interaction;structure
|
Postdoctoral fellow . . You see chaos , I see predictive patterns . Unique Data scientist and experimental biologist with strong expertise in systems and quantitative biology sequencing , proteomics , high content imaging , math , statistics , bioengineering aiming to contribute to the data generation and data driven decisions . I have 7 years of experience in the development of high throughput methodologies and in computational data analysis in high level research at top institutions EMBL , UCSF . Developed novel multi omics Mass spectrometry and microscopy based platforms . Designed an integrative analysis workflow for proteomics , sequencing , and images based screenings , as well as statistical and machine learning based pipelines to make accurate decisions and hypothesis . I will make your chaos predictive . Expertise : Using linear methods , clustering , dimensionality reduction , network analysis network propagation , deep learning Neural Networks , time series analysis , ODE modeling and other modeling techniques to solve scientific problems . Developing novel high content imaging and proteomic techniques . Using integrative analysis of omics data Proteomics , RNA seq , Image based techniques for generating data driven hypothesis . Multiomics based assay development . Leading scientific research projects . https : github.com DmitKu . Technologies :
| null |
Scientist , Computational Biology . . Computational Biologist with experience in Next Generation Sequencing Analysis .. Technologies :
| null |
Cryo EM Specialist . . . Technologies : CryoEM
|
structure
|
QA Chemist . . Specialties : Quality assurance , quality control , ELISA , validation , molecular and cellular biology , GMP documentation , virology , cell signaling , GPCR pharmacology , scientific reports , quality control during vaccine production . Technologies :
|
biologics;quality
|
Principal Scientist . . . Technologies :
| null |
Associate Director , Group Leader , Global Discovery Chemistry GDC . VIVA award , Novartis Leading Scientist . A passionate and motivated leader and skilled medicinal chemist with 20 years of experience in exploratory research and early clinical development CFZ533 , LNP023 . Record of successfully leading programs from target identification to clinical candidate selection and or preclinical safety evaluation LNP023 . In depth knowledge in drug discovery , medicinal chemistry , lead optimization , fragment based screening and fragment based drug discovery . Enjoy working in multidisciplinary team : excellent collaboration skills and strong partnerships established with internal and external partners across disciplines biologists , pharmacologists , DMPK , clinicians , safety , CROs . Project management skills and longstanding managerial experience in mentoring , coaching and leading associates and PhDs . Author of several peer reviewed scientific publications , presentations at international conferences and co inventor of 22 patents including AVE5530 with completed Phase 2 clinical study . Technologies :
|
proteins;small molecules;screening
|
Research Group Leader . . I am interested in depth understanding how biological systems are working . I am seeking these answers by combining my biochemical knowledge and super resolution microscopy expertise . I am particularly interested in : 1 . Sequence specific DNA labelling in living cells . 2 . Probe generation for super resolution microscopy nanoscopy and their applications for living cell imaging . 3 . DNA protein organization in the cell and various DNA protein labeling methods . 4 . Development and application of labeling methods for imaging of cellular structures . 5 . High throughput screening and standardization methods used for cell biology .. Technologies :
| null |
GSK fellow alumni and Director of Scientific Engagement Innovation in NCE Molecular Discovery . . My current role is Senior Director of Innovation in the NCE Molecular Discovery department in Medicinal Science and Technology . I am a GSK Alumni Senior Fellow and an Adjunct Professor at Imperial College chemistry department developing links of mutual benefit to GSK and IC . . I am currently deputy chair of the Society of Medicines Research SMR . My role is to act an internal science consultant promoting and challenging ideas at the interface of chemistry and biology both within GSK and through our external engagement with academia . Recent activities include : . o Leading our Cell Concentration project which delivers methodology for determining the total and free cellular concentration of discovery molecules . Active engagement with our Chemical Biology groups developing new tools and technologies to explore new targets . . o Active engagement in projects including gene editing , protein stabilization , protein degradation , CETSA , single cell protein quantification , MS imaging , and medicinal chemistry . Previously I was a Director in Chemical Sciences at GSK in the UK responsible for leading departments involved in computational chemistry , protein crystallography , biophysics and protein MS . . o Since joining Glaxo in 1986 , I have been involved in the introduction and development of many key concepts in drug discovery including Computational Chemistry , Fragment Screening , Automation in Protein Crystallography , MALDI tissue imaging , Molecular Complexity , RECAP analysis , Cell concentration screening , and ligandability assessment . . o I have been at the forefront of our efforts to reduce attrition in drug discovery through focussing on physicochemical properties of compounds through data analysis . . Technologies : Xray
|
molecular glues;proteins;small molecules;expression;stability
|
Scientific Director . . My overall research interests lie within protein degradation and proteolysis targeting chimera Protacs , an approach to target proteins for degradation by small molecules . Specialties : Ubiquitination assays , E3 ligase screens , xenografts , ERAD , tumor models , CRISPR and transgenic animal work .. Technologies :
|
molecular glues;small molecules;interaction
|
Senior Process Specialist Formulation . . Accomplished biochemist with specialization in structural biology X ray crystallography and cryo EM , cell culture , and protein purification . Excellent team player with abundant experience in multicultural settings and presentations in front of large audiences . Enthusiastic singer and hiker .. Technologies : Xray;CryoEM
|
proteins;structure
|
Staff bioinformatics scientist . . Dev lead of the Variant Annotation tool at Illumina , Inc. A Variant annotator is a scientific software that provides detailed information about genetic variants .. Technologies :
| null |
Senior Scientist . . A scientist with 16 year experience in protein characterization and antibody engineering . Proficient in molecular cloning , protein purification and characterization , and structural biology . Experience in antibody humanization , BLI SPR kinetics assays . Developed Python scripts to analyze sequecing data of anitobdy libriary and antiobdy screening hits . . Technologies : BLI;SPR
|
antibodies;characterization;engineering;interaction;structure
|
IT Bioinformatics Manager . . Experienced professional with extensive background in IT , bioinformatics and laboratory research . Management of groups in both research and IT . Development of cost effective and maintainable laboratory and scientific software systems to support research initiatives and generate competitive advantages for companies . Strengths in : Biochemistry and molecular biology Bioinformatics Genomics Software development Business analysis Project and portfolio management Personnel management , including coaching , mentoring and career development . Technologies :
| null |
Senior Associate Scientist . . MS in medicinal chemistry specializing in organic chemistry with 20 years of experience in synthetic organic and medicinal chemistry Extensive track record of drug discovery accomplishments 11 patents , 12 ACS conference presentations , and 15 peer reviewed publications as author and coauthor Expert in modern medicinal chemistry approaches discovered several linkers and modified E3 ligases ligands in developing therapeutic PROTAC mediated protein degradation Broad understanding of drug discovery and relevant disciplines chemistry , biology , toxicology , DMPK Involvement in external collaborative projects with CROs . Excellent communication skills both written and oral . Technologies :
|
molecular glues;screening
|
Senior Scientist . . Structural biologist and biochemist with 12 years of experience in structural and functional studies of enzymes , transporter proteins from humans and plants . Expertise in membrane and soluble protein biochemistry , molecular biology , nanobody screening , X ray crystallography , Cryo EM , yeast fermentation , mammalian cell culture , cell sorting , surface plasmon resonance , and cutting edge optical techniques such as Bio Layer Interferometry BLI . Highly proficient in computer skills for bioinformatic analysis of protein structures and protein ligand protein protein interactions . Strong written , verbal communication , and editorial skills . Excellent supervisory experience with small , interdisciplinary teams of researchers in leading multiple projects and building successful collaborations .. Technologies : Xray;CryoEM;BLI;SPR
|
enzymes;membrane proteins;proteins;small molecules;interaction;structure
|
Bioinformatics Warehouse Research Coder Manufacturing Stage Bartender . Bioinformatics , Warehouse , Research , Programmer Coder , Manufacturing , Stage Production , Bartender . SKILLS BIO TECH : 1 . Concepts Bioinformatics , Computer Modeling , Object Oriented Design , OLAP Design 2 . Languages C , C , HTML , XML , BioJava , BioPERL , JavaScript , PHP LAMP , UML 3 . Bio Databases Genbank , EMBL , Swiss Prot , Entrez , search engine , SDSC Workbench 4 . Bio Applications BLAST , FASTA , S W , CLUSTAL W , PAM , BLOSUM , Rooted Unrooted TreesOracle : Created multiple canvas forms using data blocks , triggers SQL stored 5 . Databases Oracle , SQLplus , MySQL , Molesoft , Crystal Reports , Star Schema Design Biological : General Biology , Microbiology Immunology , Biology , Biotech , Statistics BIO TECH DESIGN : 1 . C C Developed menu driven , object oriented . 2 . Internet Programming Designed developed software ; maintained web sites web applications using HTML , Cascading Style Sheets , PHP , Java Server Pages Dreamweaver 3 . Java Developed Apps . using object oriented methodology , inheritance , polymorphism . Wrote Java Applets using graphic GUI components 4 . SQL Created maintained relational database tables views ; establishing complex multi table relationships variety of joins procedures . 5 . Visual Basic Create a graphical user interface design to maintain a SQL database table . 6 . Crystal Reports Used to develop report apps . , populated by raw derived data , generated by complex , multi nested T SQL queries . 7 . UNIX Develop shell scripts . 8 . Bioinformatics basic tools for complete biotech procedures for sequence alignment , to build databases , analysis of DNA RNA protein properties . CLIENTS : OS 95 , Windows 10 , Mac 9.0 on , UNIX , Linux NETWORKING : TCP IP , ISO OSI , Ethernet , Proxies , VPN BIOLAB : Concepts w cGMP quality system ; basic knowledge of autoclaving glasswares autoclavable materials ; preparing common medium solutions reagents according to established SOPs . ARTS DESIGN : Molding Casting Foam Sculpting movie production set design , Sculptors Model , Graphic Design , Photoshop , Illustrator , Quark , Typography , Pastels , Acrylics , Oils , Scratchboard , Pottery , Photography , Dancer , Fashion Consultant Model . ADMIN SHIPPING : Clerical , typing 45 wpm , 10 key , business math , light accounting , Windows , Excel , Power Point , Shipping Verification w UPS , Courier , FEDEx , Interpersonal , fiber optics splicing , sales , sales reporting , stock inventory , warehouse , load , unload , puller , packer , palletizer , forklift cert . HOSPITALITY : Restaurant Manager , Train Staff , Chef , Cook , Host , Bar Manager , Bartender , Barback , Stocker , Order Inventory , POS , Corporate Retreats , Credit Cash , AZ state certified in basic manager liquor control courses .. Technologies :
| null |
Doctoral Student , SFB 1208 Fellow . Structural and functional characterization of ESCRT protein complex from Drosophila orthologs using Cryo EM and in vivo genetics . . Technologies : CryoEM
|
proteins;characterization;structure
|
Scientist . . After my PhD in molecular and cellular biology , with a focus on oncology and my postdoc in protein engineering during which I developed new affinity peptides , I am now working in Salipro Biotech company . We have a unique platform to get membrane proteins in solution without any need of detergent . This enables accessibility of membrane protein drug target and allows the development of next generation therapeutics . As a person I am positive , driven and proactive . I am also curious and I enjoy learning .. Technologies :
|
membrane proteins;characterization
|
Associate Professor . . Interested in structural and functional characterization of membrane proteins . www.autzenlab.com . Technologies :
|
membrane proteins;structure
|
Staff Biological Data Scientist . . Highly self motivated and focused on innovative research and engineering , I enjoy identifying , creating and delivering solutions to big problems through critical thinking and analysis . With a diverse background in mechanical engineering , molecular biology and computer science , and experience in market research and product development , Javier has built technologies to make a more predictive biology integrating cutting edge modeling , computation and experimental measurements . As synthetic biologist , his work has demonstrated how comprehensive computational models in bacteria can enable design , interpret complex behaviors , prioritize experiments , and facilitate discovery . 10 years of Systems and Synthetic Biology research experience managing multiple interdisciplinary research projects resulted in more than 35 scientific articles . 12 years of coding experience using script and object oriented programming languages : Awk , bash , C C , MatLab , Python R , Mathematica , Latex , Unix , Linux . Designed , implemented and presented time sensitive projects both in oral and written . Extensive mentoring experience guiding undergraduate and graduate students from various background at Polytechnic U. Valencia , cole Polytechnique Paris Saclay , UC Davis , UC Berkeley , Stanford , and Imperial College London . Specialties : Whole cell mathematical modeling , comprehensive integration of heterogeneous datasets , large scale dynamical modeling , multi scale mechanistic modeling . Software development , databases , statistics , machine learning , algorithms for multi objective optimization , data visualization . Experimentation in cloud labs ; ability to connect biology , computation and modeling . Customer segmentation , market research , licensing , business assessment , design thinking . Selected as Spanish Top Talent in 2017 by MIT Technology Review Innovators under 35 Highlighted by Web of Science PLoS ONE as Synthetic Biology Main Scientific Contributor National Interest Waiver EB2 . Technologies :
| null |
Principal Scientist , Computational Biology . . I am currently a computational biology principal scientist at Zentalis , building pipelines and infrastructure to support multi omics data analyses and collaborating with discovery biology to identify and understand mechanisms of cancer . My previous work experience was at Boundless Bio as principal bioinformatics scientist , performing research on extrachromosomal , circular DNA ecDNA . This work is an extension of my postdoctoral research in Dr. Vineet Bafna 's lab at UCSD , where I focused on understanding the impact of ecDNA on cancer biology and the role of viral integration in cancer cell evolution . I started my postgraduate career at the Carl R. Woese Institute of Genomic Biology at the University of Illinois in 2014 under the supervision of Dr. Rebecca Stumpf , Dr. Bryan White , and Dr. Tandy Warnow . My postdoctoral research topics analyses included comparative analyses of the microbiomes of primates , phylogenomic analyses of lice , and the development of novel methods for sequence homology detection and multiple sequence alignment .. Technologies :
| null |
professor emeritus of molecular physology . . Established a research group at the Institute of Physiology , University of Aarhus 1965 1900 to succeed in purification of the Na , K pump from mammalian kidney and to resolve the functions of the Na , K pump in the tubules of the mammalian kidney . From 1990 2005 professor of molecular physiology at the University of Copenhagen . Established a research group in the Biomembrane Research Center to develop molecular biological methods for heterologous expression of membrane proteins in yeast . Published more than 160 articles and invited reviews on purification , structure and physiological functions of the Na , K pump and K channels in mammalian kidney . Also several articles on the Ca pump in skeletal muscles and the H pump in higher plants . These articles received more than 7800 citationer ISI 2011 . Hirsch factor : 49 artikler cited 49 times or more . Lecturer or chairman at a large number of international symposia and congresses .. Technologies :
|
membrane proteins;expression
|
Principal Bioinformatics Scientist II . Design bioinformatics methods pipelines and support assay optimization for product development in NIPT precision oncology . I am an experienced scientific professional with proven track record of solving complex biomedical problems using innovative , advanced data analytics . My expertise includes bioinformatics , signal image processing , statistics and machine learning . I am passionately dedicated to advancing precision medicine to make a difference in patients journey .. Technologies :
| null |
Associate Director R D Project Management and Development Strategies . R D project leader for NASH siRNA program . Drug discovery professional with 15 years of international experience in cardiometabolic research in academia and industry leading people , teams , projects , and collaborations . In depth knowledge of unmet medical needs in indications of cardiometabolic diseases and experience in small molecule , peptide , and antibody based drug discovery from target identification , validation up to early clinical development with a strategic perspective and vision for biomarker and translational research to facilitate early de risking and decision making . . Technologies :
|
antibodies;peptides;proteins;small molecules;developing
|
Lead of Bioinformatics Team , Senior Computational Biologist . Lead the IDEXX Database development and maintenance . Lead the Bioinformatics Team to do product pipeline and platform development through the collaboration with IT team . Established and maintained the cloud computing environment for IDEXX . . Thirteen years of programming experience in bioinformatics . Ten years of large genomic data analysis experience . Independently designed novel algorithms including dynamic programming and parallel computing to solve next generation sequencing data analysis problems . Completed the software development and keep active software maintenance . Specialties : C C programming , Perl programming , R , database construction , Unix Linux , cluster farm usage LSF , SGE , high performance computing , parallel computing , version control Git , SVN , Hidden Markov Model , big next generation sequencing data analysis , cloud computing virtual machine , Docker , HLA typing , population evolutionary genetics , systems biology .. Technologies :
| null |
Research Associate Epigenomics . . Skilled in Bioinformatics , Biostatistics , Epigenomic Assays : ATAC seq , ChIP seq , Single Cell Genomics , Cell Culture , qPCR , Western Blot , Sequencing , Experimental Design , Data Analysis , Programming . Technologies :
| null |
Research Fellow in Neuromorphic Olfaction and Robotics . . . Technologies :
| null |
Senior Computational Biologist . . Research scientist cross trained in computational and experimental biology . Extensive record bridging proteomics technology and computational statistical thinking to open problems in biology . My experiences include projects in areas of infectious diseases , exercise biology , and cancer . I have a passion for the acquisition , analysis , and integrations of large biological datasets in innovative ways to better understand the molecular basis of human diseases and drive the discovery of novel drug targets and therapeutics . List of publications : https : www.ncbi.nlm.nih.gov pubmed term Jean Beltran . Technologies :
| null |
Staff Scientist . . 10 years of research experience in the field of neuroscience with 4 years specializing in microglia physiology involved in neuroinflammation following injury and neurodegenerative diseases Excelled at working independently or as part of a team Excellent analytical skills i.e. identifying needs , gathering information , investigating ; observing , analyzing information data ; evaluating ; solving problems Laboratory skills : dissecting nervous system tissue , generate primary cell cultures i.e. neurons and microglia from neonatal and adult rat and mouse and cell line MLS 9 microglia Electrophysiology : whole cell and perforated patch clamp recordings Molecular Biology techniques : DNA , RNA , and protein isolation , PCR , real time PCR , data analysis for Nanostring , western blotting , assays for microplate readers , Ca2 imaging , immunocytochemistry , and fluorescence microscopy . Computer Skills : Microsoft Office , Origin , pClamp , AxioVision , Image J , GraphPad , SPSS , Endnote , Mendeley . Technologies :
| null |
Lab Manager . . Experienced Graduate Research Fellow with a demonstrated history of working in the higher education industry . Skilled in FTIR , GPC , UV Vis Spectroscopy , Rheology , and Differential Scanning Calorimetry . Strong research professional with a Doctor of Philosophy PhD focused in Polymer Plastics Engineering from The University of Akron . . Technologies : DSC
| null |
Technical Lead , Bioinformatics Engineering . . Experienced Bioinformatics Engineer with a demonstrated history of working in the biotechnology industry . Skilled in Bioinformatics Pipelines , Tools , Databases , Continuous Integration , Web Applications , R , and Algorithms . Strong research professional with a Master of Science M.S. focused in Computational Biology .. Technologies :
| null |
Computational Biologist . . . Technologies :
| null |
Senior Bioinformatics Scientist . Working at the NIHR funded Biomedical Research Centre at Guy 's and St Thomas ' NHS Foundation Trust in affiliation with King s College London . I am involved in translational research including : developing data pre processing and statistical analysis pipelines , using R , Stan and MySQL . Using multiple analysis techniques and models , including Causal analysis , Mixed effects hierarchical models , dimension reduction and clustering , regression approaches with custom Bayesian regression models using numerical or monte carlo optimization techniques . . I am a biological data scientist with a Medical Degree , MSc with distinction and PhD in bioinformatics with extensive experience in providing bioinformatics solutions to big data problems using Causal models , Machine learning , Bayesian statistical and Graph Network based methods for estimation , prediction , decision making , clustering and dimension reduction . My portfolio includes many projects https : github.com uhkniazi including publications in Nature Materials IF : 47.66 , Lancet Infectious Diseases IF : 71.4 , Journal of Allergy and Clinical Immunology IF : 14.29 , Nature Communications IF : 17.69 and others . Some examples of achievements include : Biomarkers for peanut allergy prediction in children Journal of Allergy and Clinical Immunology 2021 ; The Journal of Allergy and Clinical Immunology : In Practice 2022 . Biomarkers for Tuberculosis diagnosis The Lancet Infectious Diseases 2021 . Predicting patient prognosis in COVID 19 Patients Nature Communications 2021 https : doi.org 10.1038 s41467 021 23494 1 . Statistical software development for identifying stranded DNA Methylation DISMISS : detection of stranded methylation in MeDIP Seq data . BMC Bioinformatics . 2016 . Whole genome analysis of a schistosomiasis transmitting freshwater snail Nature Communications 2017 ; http : www.bbc.co.uk news science environment 39928036 Patent : Biomarker discovery for diagnosis of active tuberculosis . filed 2016 . Biomarker for latent tuberculosis stratification Stratification of latent tuberculosis infection by cellular immune profiling . J Infect Dis 2017 . Developing software to calculate mutation rates in Influenza virus https : github.com uhkniazi HPRU Flu Evolution . My interests include : Causal models . Bayesian statistics . Graphs and networks . Biomarker discovery . Statistical and Machine Learning methods . Clustering , Dimension Reduction and Shrinkage . Markov Chain Monte Carlo MCMC simulations . High dimensional data modelling . Bioinformatics and Cheminformatics Longitudinal Case Control Studies . Next Generation Sequencing NGS data analysis . Single Cell Sequencing data analysis .. Technologies :
| null |
Research Data Analyst . Palmer Lab Genotyping pipeline development and optimization . Machine Learning , Bioinformatics , Computational Biology , Genetics , Genomics , Microbiome . Technologies :
| null |
Senior Principal Scientist . . Biochemist , Biomarkers and Proteomics Expert . 20 years experience in drug discovery and development , across various disease indications and therapeutic modalities . Latest focus : applying innovative technologies to therapeutic antibody development in immuno oncology programs . Most recent highlight : high impact scientific and experimental contributions to MHC bound peptide detection in patient tumors . Currently developping technical strategies for translational biomarker discovery and quantification . . Technologies :
|
antibodies;proteins;developing;interaction
|
Principal Scientist Computational Antibody Protein Engineering . Enable virtual screening of antibodies sequences for binding to antigens by analyzing NGS outputs , B cell repertoires and other sources of antibody sequences Support novel biotherapeutics discovery by providing bioinformatics , molecular modeling and simulation based inputs to research plans directed at engineering novel biotherapeutics by implementing molecular modeling as well as machine learning based methods . Design sequence libraries for multi factorial optimization of candidates for antigen binding , stability , function and drug like properties . Work with multi disciplinary groups of experimentalists , including those involved in protein expression , purification , biophysical characterization and drug development . Proficiently execute assigned tasks in bioinformatics , homology based antibody modeling , molecular dynamics and Monte Carlo simulations . Establish an international reputation in area of expertise with publication and conference participation ; represent BIPI as a scientific leader in field of expertise at both internal and national international conferences , meetings and organizations . Comply all applicable regulations , performing all work in a safe manner ; maintain proper records in accordance with SOP s and policies . Contribute towards mentoring colleagues . Development of in silico tools for the design of biological therapeutics . Specialties : Antibody engineering , bispecific antibodies , structural biology , modeling of protein protein interactions , DNA and protein sequence analysis , software development and design .. Technologies :
| null |
Bioinformatician . Performed genome wide association studies GWAS and heritability analysis on data from various cancer studies . Experienced in genome imputation with 1000 Genomes and UK10k data . . Research interests : Molecular genetics and genomics , gene expression analysis RNA Seq , microarrays , eQTL analysis , data visualisation , germline WGS genetics , variant effect prediction , deep machine learning Specialities : Bioinformatics , biostatistics , genetics and genomics , 3D DNA HiC , promoter capture HiC , 3D de novo genome assembly , genome wide association studies , microarray data analysis , nonlinear regression , Mendelian randomisation , polygenetic genetic risk scores , Python , R , high performance computing , Currently investing the non coding parts of the genome , and the influence of enhancers on gene expression using perturbSeq . Technologies :
| null |
Associate Principal Scientist Early CVRM PROTAC Lead . . . Technologies :
| null |
Postdoctoral Fellow . Coordinating projects in targeted , quantitative proteomics , structural proteomics and cryo electron microscopy cryo EM . . Structural proteomics , targeted proteomics and cryo EM . Technologies : CryoEM
|
proteins;structure
|
Postdoctoral Research Fellow . . Self motivated and enterprising researcher with expertise in molecular biology and biochemistry in molecular machines such as topoisomerases and SMC complexes . Expert in recombinant protein purification using diverse expression systems bacteria , yeast and insect cells , biochemical and biophysical characterisation of protein complexes . Currently being trained in Cryo EM technique . Additionally , large experience in moving and setting up an entire new and vanguard biochemistry laboratory from EMBL Heidelberg to the recently inaugurated department of Biochemistry and Cell Biology in the Julius Maximilians Univertit t W rzburg .. Technologies : CryoEM
|
proteins;characterization;structure
|
Head of Targeted Radiopharmaceuticals Research Early Development Oncology . . Project manager focused on the development of radiolabeled immunoconjugates antibody drug conjugates from research to early clinical development . Broad scientific background with excellent analytical and strategic skills , able to work independent and structured . Capable of handling several and complex projects in parallel . Leadership competence with data driven decision making skills . Team player with strong interpersonal , networking and relationship skills . Fluent in German , English , Norwegian and French .. Technologies :
|
antibodies;developing
|
Postdoctoral Researcher . . What is going on inside our cells If you are as curious about that as I am , read on Our cells contain a whole zoo of marvelous machines proteins which fulfil all kinds of tasks . I want to help understanding this nanoscopic world by making it visible and help other scientists on their journey . The tool of choice nowadays is cryo electron microscopy . Either by looking at isolated complexes , so called Single particle analysis SPA , or by imaging the machines in their native context within cells which is referred to as cryo electron tomography cryo ET my favorite . I did my PhD in the Department of Prof. Wolfgang Baumeister MPI of Biochemistry and was trained by Prof. J rgen Plitzko MPI of Biochemistry and Julia Mahamid EMBL Heidelberg . When I started out with cryo ET , I was completely overwhelmed by the complexity of the method . Back then , I could not believe that I would ever be able to acquire my own data . But that is only half the work . Each cryo ET project is different and requires you to deal with several software packages and write your own analysis scripts to deceiver the secrets within cells . I started with barely any programming experience and was afraid I can not live up to the task . Well , I was wrong . Step by step and with the support of my amazing teachers I gained confidence with programming languages worked on SPA projects resulting in a paper and mastered the whole cryo ET workflow . My PhD time showed me the importance of dedicated teachers if you want to learn cryo ET . Furthermore , I understand that people new in the field are steamrolled by its complexity I have been there as well Hence , I would like to work in a research group or facility , where I can help scientists to get started , to use the microscopes and to analyze the data so that we can admire together this nanoscopic world that is underlying all life . I am a social person and all in for chat and activities outside of the everyday work . I was actively playing soccer for 18 years . That made me understand the importance of teamwork and of a positive atmosphere for success . I am a team player and able to generate a pleasant but productive working atmosphere . If you want to know more about me or my work , feel free to contact me . Technologies : CryoEM
|
proteins;structure
|
Academic Employee . National Food Institute . Innovative scientist with 15 patent applications covering 4 clinical stage compounds . Supervisor , mentor and teacher for younger staff , post docs , Ph . D , attachment and bachelor students . Science communicator with experience writing teaching materials , SOP 's , project status reports , scientific papers and speaking at international conferences . Experienced project and group leader working on both science and technology projects . Experience managing projects with several external collaborators . Data analyst with multi variate statistics and machine learning experience . Experience with planning and outsourcing synthetic chemistry , assays profiling and managing CRO FTE s. Experience with most separation and analytical chemistry methods for analyzing organic and inorganic substances . Experience with most modalities including fragments , small molecules , macrocycles , irreversible inhibitors , protags , peptides including stapled and peptidomimetics . Extensive experience employing computational chemistry , chemoinformatics and ADME Tox tools Proficiency in writing and implementing web based interfaces for chemoinformatics , ADME Tox and computational chemistry software . Worked on diverse targets including kinases , GPCRs , transporters , proteases , transcription factors , PPIs and epigenetics . Human as well as bacterial and viral proteins . Mobile : 45 93959091 , e mail : anders colours.dk . Technologies :
| null |
Researcher . Formulating a theory of particle number conserving Majorana zero modes in 1D p wave superconductors and 2D p ip superfluids . Advised by Dr. Ivar Martin . . . Technologies :
| null |
Research Specialist . Developing data processing and analysis pipelines to assist ongoing cancer research at MIT . I am a student and scientist working at the intersection of biology and computer science . With experience on a series of projects involving hardware hacking , data science , and biomedical simulation , I have developed my academic and professional skills . Currently , I am pursuing a graduate degree in computational biology to challenge myself further and discover new ways to improve healthcare .. Technologies :
| null |
Study Director Analytical Physical Chemistry . Method development and validation for quantification of pharmaceuticals , industrial and agro chemicals in various samples formulations , animal food , water . Physico chemical characterization of chemicals required for registration under REACH and EMA . . Method development and validation for quantification of pharmaceuticals , industrial and agro chemicals in various samples formulations , animal food , water . Physico chemical characterization of chemicals required for registration under REACH and EMA . Specialties : . Mass spectrometry : . MALDI ToF MS . LC ESI MS MS . Chromatography : . SEC and HPLC coupled with different detectors RI , MALLS , PAD , viscometer . Spectroscopy : . UV VIS IR . Fluorescence . H NMR . Upstream and downstream processing of proteins in E. coli , L. lactis and Pichia . Protein purification using HPLC and FPLC . Protein characterization . Immunochemical methods : . ELISA . Western blot . Antibody purification . DNA RNA isolation and purification , PCR . Different cloning techniques , vector systems applied with E. coli , L. lactis and Pichia pastoris . Bioinformatic tools . Technologies : NMR
| null |
Scientist Application Development . . Protein Biochemist with six years hands on experience downstream processing large protein complexes virus like particles and vesicles development of novel purification protocols protein engineering enzyme kinetics structural biochemistry Cryo EM and X ray crystallography protein protein interaction molecular biology techniques open minded team player . Technologies : Xray;CryoEM
|
carriers;proteins;interaction;structure
|
Senior Computational Biologist . . I enjoy doing research in quantitative , computational biology . Specialties and Interests : Functional Genomics , Gene Regulation , NGS data , Machine Learning , Predictive Modeling , Data Mining and Visualization , Bayesian Models , Developmental Biology , and Cancer Genomics . Link to Github page : https : github.com dineshmdh Example Project : https : github.com dineshmdh predicting gene expression . Technologies :
| null |
Postdoctoral Research Assistant . in the Team of Prof. Niels Volkmann , Structural Image Analysis 2021 to present in the Team of Prof. Dorit Hanein , Structural studies of macromolecular machines in cellula 2020 21 Working on Cryo EM Single Particle Analysis of Membrane Proteins in lipidic environments , aiming to achieve native 3D atomic structures to better understand highly relevant biological mechanisms . . Researcher , Biochemist , Life Sciences ORCID number : https : orcid.org 0000 0002 1593 5648 . Technologies : CryoEM
|
membrane proteins;proteins;structure
|
Quant Data Scientist . . Quant in oil analytics team . Building data analytics platform and quantitative trading infrastructure . Researching and developing machine learning and rule based systematic strategies with focus on energy commodities .. Technologies :
| null |
Senior Scientist , Bioinformatics . Oncology Integrative Analytics group in the department of Genome and Biomarker Sciences . . Experienced computational biologist specialized in handling and analyzing NGS multi omic data WES , WGS , RNA seq , scRNA seq . My research focuses on understanding how genetic variation impacts the gene function in anti cancer drug responses , such as immunotherapy and chemotherapy . . Technologies :
| null |
Visiting Academic Alexa AI . . Dr. Emilio Ferrara is Associate Professor at the University of Southern California , and Amazon Visiting Academic in Alexa AI . He s also Research Team Leader at the USC Information Sciences Institute , and Principal Investigator at the USC ISI Machine Intelligence and Data Science MINDS group . Ferrara 's research interests include using AI for modeling and predicting human behavior in techno social systems . Ferrara has published over 150 articles on AI , social networks , and network science , appeared in venues like Proceeding of the National Academy of Sciences , Communications of the ACM , Physical Review Letters ; his research has been featured on all major news outlets . He was named 2015 IBM Watson Big Data Influencer , he received the 2016 DARPA Young Faculty Award , the 2016 Complex Systems Society Junior Scientific Award , the 2018 DARPA Director 's Fellowship , and the 2019 USC Viterbi Research Award . His research is supported by DARPA , IARPA , Air Force , and the Office of Naval Research .. Technologies :
| null |
Research Fellow in Bioprocessing and glycan engineering . Research : A collaborative project funded by SFI , Enterprise Ireland and Agilent Technologies to promote AdvanceBio Gly X product lines for high throughput and high resolution glycan profiling , and produce homogeneous glycan forms of monoclonal antibodies by solid state chemo enzymatic transformation . Responsibility : . InstantPC N glycan GU database construction and cross validation . Experimental methodology design , development , optimization and cross validation . Upstream CHO cells culture . Downstream antibodies purification and characterization . Glycan analysis and In vitro chemoenzymatic glycanengineering . Glycan based disease biomarker discovery . Correlation between antibody functions and glycan remodelling . Project management and technology transfer . Upstream bioprocessing optimization and intensification . Downstream recombinant protein or antibodies purification and characterization . Antibody drug conjugation . Bioassay methodology development and cross validation . Cellular metabolism and medical diagnostic and prognostic biomarker discovery . Technologies :
|
antibodies;characterization;developing
|
Senior Scientist Cell Based Assays . As the Senior Scientist in Cell Based Assays , I am responsible to implement the unit for cell based potency assays within the organization , and I am involved in the biopharmaceutical development process of our clients . I am responsible for the development and validation of cell based assays in GMP environment to assess the impact of pre existing antibodies and induced immune response . I will be establishing a bio analytical package to support the testing and release of antibody and drug products , as well as delivering data and reporting to our clients according to high scientific and quality standards . In adittion , I am responsible for managing and training of small team of 6 7 people with in depth technical knowledge in assay development . . I am a motivated Biomedical Scientist with extensive experience in Life Sciences , Cell molecular biology , and . Immunology . I have more than 8 years of relevant Preclinical R D experience in academia PhD and post doc and more than 2 years in biotech pharma in immunotherapeutic products and antibody technology including design , selection and evaluation in in vitro and in vivo models . I am currently responsible for the development and validation of cell based assays in GMP environment to assess the impact of novel therapeutic products mRNA vaccines , CAR T cells and antibodies and induced immune response . . Technologies :
|
antibodies;developing
|
Staff Machine Learning Scientist . . . Technologies :
| null |
Head of Science . Managing the Research Science its team its Strategy its marketing of a major software vendor for pharma biotech biologics top league of companies Initiated and led the team behind the award winning software Genedata Imagence , an AI deep learning based high content image analysis which won both , BioIT World Best Practices Award 2018 and the Best of Show Award at BioIT World in 2019 . Works hard on better real high throughput data analysis for large molecule assays Biologics , to enable industry leading analysis of Epitope Binning , Biosensor and Flow cytometry based data analysis and quality control . Uses statistical , and AI based models to reach a 100 automation of data analysis of complex mechanistic or biophysical assays , in production ready quality e.g. , in biophysical mechanistic screening , like modality of inhibition or slow binding or SPR . Evolves data quality control in both small molecule and for biologics drug discovery pipelines . Works with a global team global collaborators and global customers in all geographies . Solves analytical needs of cutting edge technology or new drug modalities , like e.g. for PROTAC assays to achieve accurate result paramaters , automatically , when lots of data is generated . Continuously work on Automation Data Science and the Lab of the Future concepts , discussions , real work . I believe in science and logical reasoning . A deep understanding of problems , the search for efficient best solutions and for their implementation based on agile , lean , efficient , reusable methods and defining standards drives my work . By initiating and executing research projects to provide truly working software solutions for ' hard ' problems on an industry enterprise scale . During consulting projects , product development and during application of cutting edge technologies with almost every leading pharma companies and research organizations . Specialties : Process Data Analysis Automation , Scientific Consulting , AI Deep Learning , Customer Relations , Automated Screening Technologies , Mechanistic Screening , Multivariate Data Analysis High Content Screening . Technologies : SPR
| null |
Postdoctoral Research Fellow . Project : Microfabricated cell culture platforms for cryo EM and mechanobiology . Advisors : Prof. Alex Dunn Chem . Eng . , Prof. Beth Pruitt Mech . Eng . , Prof. Bill Weis Biology Develop microsystem based methods for cryo electron microscopy cryo EM . Pioneered the use of extracellular matrix ECM micropatterning for 3D cryo EM of cells , dramatically improving the rate of data acquisition . Study endothelial cell cell junction architecture using cryo EM tomography . Develop microfluidic platforms to spatially control stem cell differentiation . Develop silicon microelectromechanical systems MEMS to shear cell monolayers . . A dream come true : the Engel lab will be opening its doors at the Technion 's Faculty of Mechanical Engineering October 2022 Our research lies at the intersection of microsystems and biology . We will develop new bio MEMS and cryo EM methods with a focus on understanding how cells sense mechanical forces from their microenvironment . I will be hiring a lab technician and graduate students so please do connect me to any potentially relevant candidates I am very much looking forward to mentoring , brainstorming , teaching and talking science over coffee in my new role at the Technion .. Technologies : CryoEM
| null |
Early Stage Researcher Cryo EM Scientist . . During my undergraduate studies , I focused on gaining expertise on protein biochemistry , computational biology and protein modelling , as well as protein crystallization and x ray crystallography . After completing my BSc , I decided to enhance my computational biology skills by completing an MSc in Systems Biology , where I specialized in Proteomics and Drug Repositioning . I am now an Early Stage researcher in the Kastritis Laboratory for Biomolecular Research , focusing on Cryo EM of large biomolecular assemblies , where I can employ all previous skills to derive insights on protein structure and interactions of the proteins taking part in complex processes .. Technologies : Xray;CryoEM
|
proteins;interaction;structure
|
Senior Scientist . . Protein chemist with project management experience . Expertise in the production and biochemical biophysical characterization of globular and disordered proteins . Area of expertise : Protein chemistry . Enzymology . Protein engineering . Sequence structure function . Protein oxidation . Protein misfolding and aggregation . Protein stability . Biochemical Biophysical Characterizations . Molecular modelling . Data analysis . Project and People management . . Technologies :
|
idps;proteins;characterization;engineering
|
Sr QA Specialist C GT QA Ops Local Qualified Person . . QUALITY ASSURANCE : QA Specialist Cell Gene Therapy , QA Operations QUALITY CONTROL : Postgraduate QC Specialist ad interim LabCoordinator Teamlead , Nutrient Media Release QUALITY CONTROL : Postgraduate QC Specialist , Team Release Sterility Bioburden , QC Microbiology QUALITY ASSURANCE : Quality Engineer , Alcon Grieshaber AG RESEARCH : Microbiology Biochemistry , Institute of Medical Microbiology IMM RESEARCH : Cryo Electron Microscopy Cell Adhesion , Department of Biochemistry UZH DIPLOMA : M. SC . Biochemistry , UZH DIPLOMA : EFZ Construction Draftsman technical maturity , WSP AG . Technologies : CryoEM
|
biologics;quality
|
Researcher . o Independent planning , execution and analysis of experiments and accurate documentation of research activities , ensuring follow ups and reporting on projects progress to collaborators o Reviewing manuscripts with complex scientific content for high impact factor journals such as ACS Omega since 2016 o Developed a new structural biology project idea and established international collaboration on it o Training of users for large scale protein expression bioreactor and crystallization robot o Development of new and successful expression and purification protocols for diverse protein families and determination of their structures using X ray crystallography and Cryo EM o Molecular modelling of a type IV pilus protein , in collaboration with University of Turku Keywords : XFEL protein crystallography , X ray data collection , Cryo EM , structural biology , organization , scientific project management , Chimera , Pymol , Rosetta , Coot , Phenix , CCP4 . An EPFL graduate with a rich chemistry , biochemistry and biotechnology background developed through my academic studies in a number of leading institutions . Passionate about project and information management , biotechnological innovation , process development and optimisation , scientific research and writing . I am a fast learner who enjoys working in multicultural and international environments . I am motivated to improve my skills and experience to make transformative contributions in biotechnology and pharmaceutical industry . You are more than welcome to contact me if you have any questions and want to network .. Technologies : Xray;CryoEM
|
proteins;expression;structure
|
Computational Genomics Research Scientist . . Recent Ph.D. graduate with experimental and computational biology expertise . Experienced in data analysis using R , Python , Linux , and cloud computing AWS , GCP . Proficient in next generation sequencing data analysis , statistical analyses , experimental design , and molecular biology techniques . Current research focused on the relationship between the human gut microbiome and type 2 diabetes . Strong communication skills with experience presenting research at various conferences and developing lasting collaborations among research groups . Self motivated and independent learner . Teamwork , leadership , and service experiences in numerous organizations .. Technologies :
| null |
Scientific Application and Lab System Support . Advanced Desktop System support for Structural and Computational Biology , Oncology , Cancer Biology , and other Research departments . Primary duties include ; Application support for scientific applications such as ACD Labs , MDL Suite , ChemOffice , Crossfire Commander , Gene Codes Sequencher , Graphpad Prism , Mattlab , Pharsight Winonlin , and Lasergene , IDBS Biobook , Spotfire Decision Site DXP , Accelrys Discovery Studio , NONMEM , IPA , SAS JMP , Partek Genonics Suite , and EndNote . Primary support for application compatibility and dependencies such as Java , Sassafras KeyServer , and MDL Chime Pro . Analyze problems routed to queue and escalate issues where normal processes are failing to deliver timely solutions . Liaised with customers throughout the life of the call , and ensured customer satisfaction before closing calls . Resolved problems personally wherever possible or coordinated support from other business technical training specialists to complete problem analysis . Ensured issues allocated to team by call centers , and customer requests are analyzed effectively . Owned tasks throughout their life cycle . Worked proactively with designated customers to ensure high awareness of support service availability capabilities . Developed , maintained , and applied the highest levels of customer care professionalism . Observed and assessed the effectiveness of customer use for applications and offer proactive support to increase customer comfort and expertise in using applications . . Microsoft Certified Systems Engineer with extensive knowledge of the management , support , and troubleshooting of various networked systems on a variety of Operating Systems including Windows 7 , Windows XP , Windows 2000 , Windows NT , Windows 95 , Windows 3X , Apple OS 9.x and OS X , Red Hat and SUSE Linux , Novell 4.x , and Altiris Deployment and Notification Servers . A Certified System Technician . Thorough knowledge and experience in supporting most widely used scientific applications . Working experience with laboratory systems such as Rockmaker , FloJo , and Tecel .. Technologies :
| null |
Associate Professor of Neurology and Biomedical Engineering w tenure . I lead the Laboratory of Brain eScience LoBeS , a team of researchers from a broad range of academic backgrounds to study brain structural variability and its associations with brain disorders . The team , funded through both federal and nonfederal grant support , includes experts in engineering , computer science , computational biology , population genetics , and neuroscience . We develop and use advanced computational and data science approaches to combine and analyze large scale databases of brain scans , alongside demographic , clinical and genomic data to : 1 chart the course of dynamic brain changes throughout life ; 2 understand the relative contributions of various risk factors for disorders ; and 3 predict brain functional related outcomes . We are now focusing our efforts on mapping aging trajectories in the brain across populations , and alterations associated with risk for Alzheimer and related dementias , Parkinson disease , and a wide spectrum of mental illnesses and common features , including suicide risk . The lab is focused on developing and using markers of brain structure , microstructure , and connectivity patterns to understand the biological and mechanistic underpinnings of brain function , and use these features in addition to common clinical features to predict outcomes in relation to brain health and disease progression . . . Technologies :
| null |
Scientist II , Computational Biology . . Computational Biologist with applied research experience in the biotech industry . Skilled in Data Science , Mathematical Modeling , and Bioinformatics . . Technologies :
| null |
Scientist Product Analytical Development . . Development of physicochemical methods in area of AAV based gene therapy . . Have a broad experience in creations and characterizations of liposomes with cytostatics . pH gradient methods for charged API , direct encapsulation for hydrophobic API . Work in aseptic conditions , in clean rooms . . Experience in analytical methods development and validation according to ICH requirements . . Expert in HPLC , GC , GC MS , TLC , AAS , IR , SDS PAAG Electrophoresis , in quality control and drug development . Ultrafiltration , size exclusion chromatography , freeze drying . . Multistep peptide synthesis in solution by Boc Bzl technique , purification methods column . chromatography , ion exchange chromatography , preparative HPLC . . Work in GMP environment in modern pharmaceutical manufacturing . Experience in analytical instrument qualification , process validation , cleaning validation . . Experience of handling and safety works with potent API . . Technologies :
|
carriers;characterization;developing
|
Staff bioinformatics scientist . . Despite ongoing research , the causes of many genetic disorders remain challenging to determine , and each failed attempt at detecting mutations is potentially life threatening to patients . As a bioinformatics scientist with a focus in clinical diagnosis , having a background in biology , statistics and computer science helps me recognize the hidden issues of regular NGS analysis and devise appropriate solutions . Improving the accuracy of mutation detection is the long term primary goal of mine . Through collaboration with my colleagues , I have developed algorithms to detect difficult disease causing mutations , including mitochondrial deletion , large size insertion deletion , Alu element insertion , and STR expansion . A statistical model is also established to detect gene conversion and potential false positive false negative calls for clinically important genes under pseudogene influence . Applying NGS data to detect structural chromosomal abnormality is one of my main focuses since NGS data provides better resolution compared to aCGH . My current project focuses on extending the algorithm to detect gene fusion and translocation . Skills Proficient in Python , R , Linux shell script , PHP and SQL . Prior experience in MYSQL , C C , Matlab , Perl , and SAS . Hands on experience with large scale WGS , RNA seq and ChIP seq data . Solid understanding and excellent skills in algorithm optimization , statistical analysis , and machine learning methods .. Technologies :
| null |
Researcher Senior Software Developer . Fundamental bioinformatics research on human aging and cells differentiation https : research.jetbrains.org groups biolabs Aging project : joint research project of Healthy Aging with Washington University in St. Louis , USA Done part of Chip Seq data analysis and Genes Enrichment analysis Introduced and implemented overlap metric which is used for Chip Seq peak caller tunning in SPAN SPAN Semisupervised Peak Analyzer https : research.jetbrains.org groups biolabs tools span peak analyzer Peak caller for ChIP Seq , ULI Chip Seq , ATAC Seq Implemented overlap metric used for peak caller tuning JBR genome browser with peak calling functionality , multiple locations mode , and more https : research.jetbrains.org groups biolabs tools jbr genome browser Implemented core features e.g tracks rendering , UI , etc Implemented tracks for BigWig , Methylation , Bed files rendering SnakeCharm https : plugins.jetbrains.com plugin 11947 snakecharm : A plugin for PyCharm and other IntelliJ Platfrom IDEs that adds Snakemake language support as Python dialect . Snakemake is a framework which is widely used by researchers for reproducible data analysis pipelines development . Implemented most part of the plugin : parser , syntax highlighting , code completion resolve Supervise interns and manage development tasks Big https : github.com jetbrains research big I support and improve Kotlin library for Bigwig and Bigbed files read write Educational activities : lecturer and scientific advisor Snakemake mini course for ITMO master degree students 2020 Masters Degree dissertations supervisor 2019 System Biology Workshop lectures 2018 2019 . I 'm a researcher 7 , data analyst 5 years , and software engineer 15 years in a bioinformatics group at JetBrains Research . My main research interests are in the fields of human aging and human epigenetics . Also , I 'm interested in Deep Learning and develop IoT as hobby projects . My work related duties and activities are : I develop new software and algorithms , do bioinformatics research and data analysis , teach and mentor students , give lectures in summer schools and workshops on computational biology , give projects for internships , interview and supervise interns for my projects , collaborate with researchers from other Universities .. Technologies :
| null |
Senior Scientist . . I 'm a protein biochemist who is versatile in all ascpects of protein preparation , characterization and crystallization . I can rely on a broad methodical knowledge in protein analytics , molecular biology , cell culturing , or FPLC based purification . I 'm familar with prokaryotic and eukaroytic expression systems as well as a wide range of biophysical methods for protein characterization and was able to solve various protein structures in projects with different backgrounds . . Technologies :
|
proteins;characterization;expression;structure
|
Scientist II , Computational Biology . . Computational biologist and bioinformatician with diverse academic and industry experience in genomics , genetics , and neuroscience , especially focused on RNA biology . he him his I 'm Alex , and I received my Ph.D. in spring 2019 from the Genomics and Computational Biology program at the University of Pennsylvania Perelman School of Medicine in Li San Wang 's lab , part of the department of Pathology and Laboratory Medicine and the Penn Neurodegeneration Genomics Center . My thesis research was focused on understanding how noncoding genetic variants regulate gene expression and modulate disease risk . To do this , I developed algorithms http : inferno.lisanwanglab.org to unbiasedly identify the regulatory mechanisms affected by noncoding genetic variants , the target genes and relevant tissue contexts of those regulatory mechanisms focusing on enhancers and small RNAs , and the ultimate downstream biological processes modulating disease risk . These bioinformatics methods are trait agnostic , but I applied them in the CNS space , mainly neurodegenerative diseases Alzheimer 's Disease and Progressive Supranuclear Palsy as well as psychiatric traits such as schizophrenia . I have extensive experience handling many flavors of large scale biological data including genomics , transcriptomics , epigenomics , and Hi C and developing software principally using Python , R tidyverse , and bash . I also have experience in wet lab techniques including molecular cloning , protein biochemistry , transient transfection , cell culture , and luciferase assays . My PhD thesis research yielded several first and middle author papers stemming from interactions with researchers both inside and outside of my thesis lab . My collaborative nature also allowed me to perform research in many exciting fields including computational biology , epi genetics , neuroscience , health economics , and molecular biology . Recent ish cv available : https : www.dropbox.com s b8zs69saam33c4o alexandre amlie wolf cv.public.pdf dl 0 ORCID page : https : orcid.org 0000 0002 2073 1519 Personal website : https : alexamlie.github.io . Technologies :
| null |
Team Leader , Reagents . . Highly skilled , dedicated and successful pharmaceutical scientific professional with over 20 years of experience as a bench scientist in the fields of GPCR and Membrane Biochemistry Biophysics . Career as a scientific researcher has focused primary on the multifaceted therapeutic areas of pain , hypertension and immunology . Significant and effective contributor to productive Ion Channels and Pharmacology departments ; known by colleagues for being meticulous , and act with impeccable integrity . Expertise include developing , implementing and troubleshooting high quality , robust and reproducible in vitro and cell based biochemical functional assays for target engagement , profiling and high throughput assays . Interested in validation of new drug targets , discovery of novel therapeutics for major unmet medical needs and contributing to the development of new chemical entities using state of the art technologies .. Technologies :
|
membrane proteins;small molecules;interaction;screening
|
CTO . Biosimilar development . Construct design , strain optimization , fermentation , mid stream process optimization , purification , formulation , up scaling , tech transfer , regulatory issues , EMA briefing book etc . Research interests : Over expression of proteins in Gram negative bacteria , especially proteins used in the pharmaceutical industry . Optimizing the expression of proteins in Gram negative bacteria . Process optimization Upstream processing Strain engineering Plasmid engineering development Growth and induction regimes Downstream processing Harvest and recovery Periplasmic release Purification Formulation Other merits of relevance Speaker in two sessions , Peptalk USA 2016 . Biosimilars Development conference Germany 2016 . PEGS protein engineering summit USA 2015 . BIO International convention USA 2015 . Speaker at PepTalk USA 2015 . CPHI worldwide convention Spain 2015 BIO International convention USA 2014 . PEGS Europe , Portugal 2014 . PEGS protein engineering summit USA 2014 . Protein Society Conference IX European Symposium Sweden , 2011 . Speaker at the FEBS conference Molecules of Life Sweden 2010 . EMBO Conference Regulation of Protein Targeting and Translocation France 2008 . Course EMBO Molecular and Cellular Biology of Membranes France 2007 Workshop EMBO New Methods in Membrane Protein Research Sweden 2007 ASM FEMS Conference Protein Traffic in Prokaryotes Greece 2006 . Course Biochemistry and Biophysics of Membranes Sweden 2006 Course Membrane Protein Preparation Sweden 2006 Course EMBO Young Investigator Germany 2005 Synopsis of publication record 1 Article in review . 14 original scientific publications in peer reviewed journals . 1 book chapter Methods in Molecular Biology 2010 . 1 book chapter in review Methods in Molecular Biology . 1 application note NEB . . Technologies :
|
biologics;developing;formulation
|
Research Scientist at EMBL . My actual main focus is the the structure determination by SPA cryo EM of small protein complexes 80 150 KDa . Samples are prepared by collaborators , which work in the Grenoble area EMBL , IBS , LPVC , IAB . Importantly , I combine each scientific project with cryo EM training grids preparation , screening and data collection , processing . In the period 2018 2020 , I 've actively participated to the management of the EMBL Grenoble Electron Microscopy internal platform . Structural biologist in the field of host pathogen interaction with longstanding experience in molecular biology , biochemistry and X ray crystallography and SPA cryo EM experience .. Technologies : Xray;CryoEM
|
proteins;structure
|
Senior Analytical Scientist . . Expert in analytical chemistry , membrane protein biochemistry and bioinorganic chemistry research . Method development and validation . Coordination , planning and execution of multiple research projects .. Technologies :
| null |
Bioinformatic Scientist in the Bioinformatics Core . . Life Science skills Skilled in statistics : basic probability , densities , distributions , sampling distributions , mean , variance , and covariance Dynamic Modeling : matrix models , differential equations , complex dynamics understanding models , assumptions , and implications DNA Sequence chromatogram assembly and error correction : Phred , Phrap , Consed , Chromas , staden package Pregap , Gap , Spin , Illumina Genome Analyzer Pipeline , MAQ , Bowtie cufflinks suite , Trinity , samtools , PicardTools , GATK , velvet , BLASR , Falcon Unzip , HGAP , and BWA . Nucleotide and protein sequence alignment analysis and annotation coding regions , transposable elements , splice junctions , etc : T Coffee , Dotter , RepeatMasker , BLAST and its derivatives BLASTX , BLASTP , etc . Understand the principles behind maximum likelihood estimation of phylogeny , Bayesian inference , hidden Markov models , bootstrapping , and model selection , adequacy , and averaging . Skilled in using the following for phylogenetic analysis : BayesTraits , Mega 4 , DNASP , Tassel , Mapmaker , and QTL Cartographer . Experience with using NGS big data on computational clusters to create production pipelines Computer Technical skills MS Office Suite : Word , Excel , Access , PowerPoint , Visio Proficient in configuring many types of network infrastructures to include Unix , Windows , and Mac Proficient with Python , Perl , Java , Javascript , SQL , and Shell programming and skilled with C , C , VBS , and R languages Proficient in creating webpages for operational support and using web traffic for data analytics Project Management Communication Skills Experienced in overseeing resources , time , and budget Experienced in delegating tasks to other colleagues Effective verbal communication and Strong written skills . Technologies :
| null |
Senior Research Scientist . 634.01 Peptide Characterization , Diabetes . Specialties : Expertise in : Protein stability , protein folding , protein aggregation , membrane proteins , protein detergent interactions , ligand binding , protein electrostatics , development of HPLC analyses Techniques : CD , fluorescence , DSC , ITC , AUC , SE HPLC , RP HPLC , HIC , DLS , CG MALS . Technologies : ITC;SLS DLS;DSC;AUC
|
membrane proteins;peptides;characterization;interaction;stability
|
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.