Shayanvsf/Entailment · Datasets at Hugging Face

premise stringlengths 1 46.3k	hypothesis stringlengths 21 234	label stringclasses 2 values
Titin is the largest known protein;	The largest known proteins are called titins.	entails
Two additional proteins, titin and nebulin , also contribute to sarcomere structure and stability.	The largest known proteins are called titins.	neutral
A time-dependent range of muscle-specific proteins becomes expressed, including myosin, titin and dystrophin.	The largest known proteins are titins.	neutral
Also, for organisms that do not have titin as their main structural protein, maybe their specific proteins have a region like that of titin which is rich in specific amino acids.	The largest known proteins are titins.	neutral
Autoantibodies against both striated muscle proteins, particularly titin, and the acetylcholine receptor are a hallmark of thymoma- associated myasthenia gravis.	The largest known proteins are titins.	neutral
Both proteins binds to myosin and titin, and we have indentified the protein domains serving these functions.	The largest known proteins are titins.	neutral
By identifying which proteins bind to specific portions of titin, he hoped to correlate how titin fits into the overall structure of the muscle sarcomere, as well as how these interactions coordinate and maintain such a dynamic system.	The largest known proteins are titins.	neutral
Elastic filaments -composed of hundreds of molecules of the protein titin -anchors thick filaments to the Z disc of the sarcomere 5.	The largest known proteins are titins.	neutral
Features of titin had suggested that calcium and a small well-known regulator protein called calmodulin were involved in these structural changes.	The largest known proteins are titins.	neutral
Nebulin is a giant protein molecule which (like titin) is part of the muscle cell's cytoskeleton;	The largest known proteins are titins.	neutral
Other proteins are responsible for muscle assembly and regularity (titin, nebulin) and for the control of contraction (caldesmon, troponin, tropomyosin).	The largest known proteins are titins.	neutral
Our initial functional studies on Drosophila Titin indicate a role for this protein in both muscle biogenesis and chromosome structure.	The largest known proteins are titins.	neutral
Researchers now had a handle on the events required to switch the kinase of titin on, but they still didn't know what the protein did in its active mode.	The largest known proteins are titins.	neutral
The biologically oriented projects focus on transcription regulation, protein-ligand interactions in signalling proteins, the giant muscle protein titin, and enzymes of the histidine biosynthesis pathway.	The largest known proteins are titins.	neutral
The giant 30,000 residue muscle protein titin comprises about 120 fibronectin-III-type and Ig-type domains.	The largest known proteins are titins.	neutral
The longest technical word in English is the scientific name for the protein titin, at 189,819 letters.	The largest known proteins are titins.	neutral
The role of the elastic protein titin in the function of normal and diseased muscle is the primary interest of my laboratory.	The largest known proteins are titins.	neutral
This flexibility is due to the special properties of the titin protein, which forms the bridge between the myosin II bundle and the Z-line.	The largest known proteins are titins.	neutral
Titin is another polymeric muscle protein, responsible for the passive elasticity in muscle.	The largest known proteins are titins.	neutral
Titin is the largest known single-subunit protein, with a molecular weight of about three million.	The largest known proteins are titins.	entails
Two additional proteins, titin and nebulin , also contribute to sarcomere structure and stability.	The largest known proteins are titins.	neutral
and A band containing contractile protein myosin and titin which extends from A band to Z line.	The largest known proteins are titins.	neutral
giant muscle proteins titin and nebulin.	The largest known proteins are titins.	neutral
A decrease in roots production and burns to leaf tips cause the plant to go into shock.	Young roots and leaves are the major sites of gibberellin production.	neutral
Additionally, gibberellins play a role in root growth and differentiation.	Young roots and leaves are the major sites of gibberellin production.	neutral
Gibberellins also inhibit lateral root primordia initiation.	Young roots and leaves are the major sites of gibberellin production.	neutral
Gibberellins production occurs mainly in the roots and young leaves.	Young roots and leaves are the major sites of gibberellin production.	entails
In the dock leaf disc senescence bioassay for gibberellins BR promotes senescence, whereas gibberellins delay senescence.	Young roots and leaves are the major sites of gibberellin production.	neutral
Leaf chlorophyll concentration and gas exchange, root alcohol dehydrogenase (ADH) activity, root and leaf ethylene production, and growth and biomass partitioning were measured.	Young roots and leaves are the major sites of gibberellin production.	neutral
Make a cut through the major veins and lay the entire leaf on the rooting media.	Young roots and leaves are the major sites of gibberellin production.	neutral
Our work has demonstrated that the major causes of this type of leaf yellowing are stresses that reduce both plant carbohydrate and gibberellin level, including growth regulator drenches, large negative DIF's in the greenhouse, long cold storage of budded plants and lengthy, warm and dark shipping.	Young roots and leaves are the major sites of gibberellin production.	neutral
P56 Identification of gibberellins in leaf tissues of strawberry (Fragaria X ananassa Duch.)	Young roots and leaves are the major sites of gibberellin production.	neutral
Shoot and root dry weight, leaf production and leaf length were all substantially reduced in plants grown at high salinity.	Young roots and leaves are the major sites of gibberellin production.	neutral
Simulated results captured the observed differences in foliar C:N. Nitrogen additions increased fine root and leaf production and N, which accounted for a majority of the increase in total production and total live biomass N.	Young roots and leaves are the major sites of gibberellin production.	neutral
The association of gibberellin-like activity with the chloroplast fraction of leaf homogenates.	Young roots and leaves are the major sites of gibberellin production.	neutral
The effects of leaf, shoot and root production from bare-root Malus sargentii.	Young roots and leaves are the major sites of gibberellin production.	neutral
The index leaf is the four leaf in a whorl of leaves of an actively growing major terminal, counting the first expanding young leaf in the whorl as No. 1.	Young roots and leaves are the major sites of gibberellin production.	neutral
The majority of constructed wetland projects are young sites and are typically productive ecosystems.	Young roots and leaves are the major sites of gibberellin production.	neutral
The methodologies to lower Gibberellin are such as water stress technique, no nitrogen application, root cutting.	Young roots and leaves are the major sites of gibberellin production.	neutral
The production of a new root node is an opportunity for the production of a new leaf or lateral shoot.	Young roots and leaves are the major sites of gibberellin production.	neutral
The rooted petiole of a leaf can be used as a root stock in the production of grafts.	Young roots and leaves are the major sites of gibberellin production.	neutral
These have included studies on the requirements for flower initiation and flower development, the role of anti-gibberellins in reducing excessive vegetative production and the effect of leaf removal on the number of flower umbels and oil yield.	Young roots and leaves are the major sites of gibberellin production.	neutral
These young roots are an important site of mineral absorption.	Young roots and leaves are the major sites of gibberellin production.	neutral
Variability in new root production was more than twice that in leaf production;	Young roots and leaves are the major sites of gibberellin production.	neutral
Visit our site to learn about Root, Leaf and Stem, and Seed Essences.	Young roots and leaves are the major sites of gibberellin production.	neutral
leaf, branch, stem and root net primary production and respiration;	Young roots and leaves are the major sites of gibberellin production.	neutral
lrp ftp Fast LEAF Sourceforge site root.	Young roots and leaves are the major sites of gibberellin production.	neutral
lrp http Fast LEAF Sourceforge site root.	Young roots and leaves are the major sites of gibberellin production.	neutral
BLOOD CELL, RED ;	Red blood cells are the most numerous blood cells.	neutral
Erythroid cells are red blood cells.	Red blood cells are the most numerous blood cells.	neutral
Functions of Red Blood Cells	Red blood cells are the most numerous blood cells.	neutral
It is the pigment of red blood cells.	Red blood cells are the most numerous blood cells.	neutral
Most numerous of the white blood cells.	Red blood cells are the most numerous blood cells.	neutral
Neutrophils are the most numerous white blood cells.	Red blood cells are the most numerous blood cells.	neutral
Numerous blood vessels(sinusoids) containing red blood cells are present.	Red blood cells are the most numerous blood cells.	neutral
RBC red blood cell.	Red blood cells are the most numerous blood cells.	neutral
RBC, red blood cell;	Red blood cells are the most numerous blood cells.	neutral
Red Blood Cell -	Red blood cells are the most numerous blood cells.	neutral
Red Blood Cell Conditions	Red blood cells are the most numerous blood cells.	neutral
Red blood cell casts.	Red blood cells are the most numerous blood cells.	neutral
Red blood cell compatibility.	Red blood cells are the most numerous blood cells.	neutral
Red blood cell count.	Red blood cells are the most numerous blood cells.	neutral
Red blood cell development;	Red blood cells are the most numerous blood cells.	neutral
Red blood cell fragmentation	Red blood cells are the most numerous blood cells.	neutral
Red blood cell indices	Red blood cells are the most numerous blood cells.	neutral
Red blood cell production	Red blood cells are the most numerous blood cells.	neutral
Red blood cells (Erythrocytes).	Red blood cells are the most numerous blood cells.	neutral
Red or white blood cells .	Red blood cells are the most numerous blood cells.	neutral
Structure of Red Blood Cells	Red blood cells are the most numerous blood cells.	neutral
The great majority of the cells in the blood are red blood cells.	Red blood cells are the most numerous blood cells.	entails
The red blood cells are the most numerous of the three types of cells.	Red blood cells are the most numerous blood cells.	entails
The urine contained numerous red blood cells.	Red blood cells are the most numerous blood cells.	neutral
These are dysmorphic red blood cells.	Red blood cells are the most numerous blood cells.	neutral
These are the most numerous blood cells.	Red blood cells are the most numerous blood cells.	neutral
and Red Blood Cells.	Red blood cells are the most numerous blood cells.	neutral
destruction of red blood cells	Red blood cells are the most numerous blood cells.	neutral
destruction of red blood cells;	Red blood cells are the most numerous blood cells.	neutral
lack red blood cells.	Red blood cells are the most numerous blood cells.	neutral
manufacturing of red blood cells;	Red blood cells are the most numerous blood cells.	neutral
produces red blood cells;	Red blood cells are the most numerous blood cells.	neutral
red and white blood cells;	Red blood cells are the most numerous blood cells.	neutral
red blood cell destruction.	Red blood cells are the most numerous blood cells.	neutral
Every year, a new layer of sapwood and phloem is added.	The newest, outer layers of secondary xylem are called sapwood.	neutral
My hypothesis states that both the Sugar Maple and the Rubber Tree normally heal damage to their outer bark and sapwood by filling the wound with resin from the inside out and then the new growth of the sapwood and the outer bark.	The newest, outer layers of secondary xylem are called sapwood.	neutral
Outer layers of sapwood of affected branches have brown streaks .	The newest, outer layers of secondary xylem are called sapwood.	neutral
The outer layer of the xylem is alive and called sapwood.	The newest, outer layers of secondary xylem are called sapwood.	entails
Upon removal of infested bark, the tunnels of the beetle will be found in inner bark surface and outer sapwood layer.	The newest, outer layers of secondary xylem are called sapwood.	neutral
outer sapwood is permeable.	The newest, outer layers of secondary xylem are called sapwood.	neutral
An example of innate behavior is imprinting.	Reflex behaviors are the only innate behaviors in humans.	neutral
Compared with innate behaviors, learned behaviors are more flexible.	Reflex behaviors are the only innate behaviors in humans.	neutral
He was not based on the conditioned reflexes to explain human behavior.	Reflex behaviors are the only innate behaviors in humans.	neutral
Humans have feelings about their behavior even if it is conditioned or reflexive.	Reflex behaviors are the only innate behaviors in humans.	neutral
Innate Behavior Definitions and examples of innate behaviour (taxes, reflexes and instincts).	Reflex behaviors are the only innate behaviors in humans.	neutral
Innate behavior .	Reflex behaviors are the only innate behaviors in humans.	neutral
Innate behaviors occur in all animals.	Reflex behaviors are the only innate behaviors in humans.	neutral
Innate fishing behavior of Ospreys.	Reflex behaviors are the only innate behaviors in humans.	neutral
Intelligence and Innate Behavior Innate behaviors occur in all animals.	Reflex behaviors are the only innate behaviors in humans.	neutral
It has many innate behaviors.	Reflex behaviors are the only innate behaviors in humans.	neutral
It seems to be an innate behavior in all of us.	Reflex behaviors are the only innate behaviors in humans.	neutral
Learning is one very complex innate behavior of human brains.	Reflex behaviors are the only innate behaviors in humans.	neutral

Titin is the largest known protein;

The largest known proteins are called titins.

entails

Two additional proteins, titin and nebulin , also contribute to sarcomere structure and stability.

The largest known proteins are called titins.

neutral

A time-dependent range of muscle-specific proteins becomes expressed, including myosin, titin and dystrophin.

The largest known proteins are titins.

neutral

Also, for organisms that do not have titin as their main structural protein, maybe their specific proteins have a region like that of titin which is rich in specific amino acids.

The largest known proteins are titins.

neutral

Autoantibodies against both striated muscle proteins, particularly titin, and the acetylcholine receptor are a hallmark of thymoma- associated myasthenia gravis.

The largest known proteins are titins.

neutral

Both proteins binds to myosin and titin, and we have indentified the protein domains serving these functions.

The largest known proteins are titins.

neutral

By identifying which proteins bind to specific portions of titin, he hoped to correlate how titin fits into the overall structure of the muscle sarcomere, as well as how these interactions coordinate and maintain such a dynamic system.

The largest known proteins are titins.

neutral

Elastic filaments -composed of hundreds of molecules of the protein titin -anchors thick filaments to the Z disc of the sarcomere 5.

The largest known proteins are titins.

neutral

Features of titin had suggested that calcium and a small well-known regulator protein called calmodulin were involved in these structural changes.

The largest known proteins are titins.

neutral

Nebulin is a giant protein molecule which (like titin) is part of the muscle cell's cytoskeleton;

The largest known proteins are titins.

neutral

Other proteins are responsible for muscle assembly and regularity (titin, nebulin) and for the control of contraction (caldesmon, troponin, tropomyosin).

The largest known proteins are titins.

neutral

Our initial functional studies on Drosophila Titin indicate a role for this protein in both muscle biogenesis and chromosome structure.

The largest known proteins are titins.

neutral

Researchers now had a handle on the events required to switch the kinase of titin on, but they still didn't know what the protein did in its active mode.

The largest known proteins are titins.

neutral

The biologically oriented projects focus on transcription regulation, protein-ligand interactions in signalling proteins, the giant muscle protein titin, and enzymes of the histidine biosynthesis pathway.

The largest known proteins are titins.

neutral

The giant 30,000 residue muscle protein titin comprises about 120 fibronectin-III-type and Ig-type domains.

The largest known proteins are titins.

neutral

The longest technical word in English is the scientific name for the protein titin, at 189,819 letters.

The largest known proteins are titins.

neutral

The role of the elastic protein titin in the function of normal and diseased muscle is the primary interest of my laboratory.

The largest known proteins are titins.

neutral

This flexibility is due to the special properties of the titin protein, which forms the bridge between the myosin II bundle and the Z-line.

The largest known proteins are titins.

neutral

Titin is another polymeric muscle protein, responsible for the passive elasticity in muscle.

The largest known proteins are titins.

neutral

Titin is the largest known single-subunit protein, with a molecular weight of about three million.

The largest known proteins are titins.

entails

Two additional proteins, titin and nebulin , also contribute to sarcomere structure and stability.

The largest known proteins are titins.

neutral

and A band containing contractile protein myosin and titin which extends from A band to Z line.

The largest known proteins are titins.

neutral

giant muscle proteins titin and nebulin.

The largest known proteins are titins.

neutral

A decrease in roots production and burns to leaf tips cause the plant to go into shock.

Young roots and leaves are the major sites of gibberellin production.

neutral

Additionally, gibberellins play a role in root growth and differentiation.

Young roots and leaves are the major sites of gibberellin production.

neutral

Gibberellins also inhibit lateral root primordia initiation.

Young roots and leaves are the major sites of gibberellin production.

neutral

Gibberellins production occurs mainly in the roots and young leaves.

Young roots and leaves are the major sites of gibberellin production.

entails

In the dock leaf disc senescence bioassay for gibberellins BR promotes senescence, whereas gibberellins delay senescence.

Young roots and leaves are the major sites of gibberellin production.

neutral

Leaf chlorophyll concentration and gas exchange, root alcohol dehydrogenase (ADH) activity, root and leaf ethylene production, and growth and biomass partitioning were measured.

Young roots and leaves are the major sites of gibberellin production.

neutral

Make a cut through the major veins and lay the entire leaf on the rooting media.

Young roots and leaves are the major sites of gibberellin production.

neutral

Our work has demonstrated that the major causes of this type of leaf yellowing are stresses that reduce both plant carbohydrate and gibberellin level, including growth regulator drenches, large negative DIF's in the greenhouse, long cold storage of budded plants and lengthy, warm and dark shipping.

Young roots and leaves are the major sites of gibberellin production.

neutral

P56 Identification of gibberellins in leaf tissues of strawberry (Fragaria X ananassa Duch.)

Young roots and leaves are the major sites of gibberellin production.

neutral

Shoot and root dry weight, leaf production and leaf length were all substantially reduced in plants grown at high salinity.

Young roots and leaves are the major sites of gibberellin production.

neutral

Simulated results captured the observed differences in foliar C:N. Nitrogen additions increased fine root and leaf production and N, which accounted for a majority of the increase in total production and total live biomass N.

Young roots and leaves are the major sites of gibberellin production.

neutral

The association of gibberellin-like activity with the chloroplast fraction of leaf homogenates.

Young roots and leaves are the major sites of gibberellin production.

neutral

The effects of leaf, shoot and root production from bare-root Malus sargentii.

Young roots and leaves are the major sites of gibberellin production.

neutral

The index leaf is the four leaf in a whorl of leaves of an actively growing major terminal, counting the first expanding young leaf in the whorl as No. 1.

Young roots and leaves are the major sites of gibberellin production.

neutral

The majority of constructed wetland projects are young sites and are typically productive ecosystems.

Young roots and leaves are the major sites of gibberellin production.

neutral

The methodologies to lower Gibberellin are such as water stress technique, no nitrogen application, root cutting.

Young roots and leaves are the major sites of gibberellin production.

neutral

The production of a new root node is an opportunity for the production of a new leaf or lateral shoot.

Young roots and leaves are the major sites of gibberellin production.

neutral

The rooted petiole of a leaf can be used as a root stock in the production of grafts.

Young roots and leaves are the major sites of gibberellin production.

neutral

These have included studies on the requirements for flower initiation and flower development, the role of anti-gibberellins in reducing excessive vegetative production and the effect of leaf removal on the number of flower umbels and oil yield.

Young roots and leaves are the major sites of gibberellin production.

neutral

These young roots are an important site of mineral absorption.

Young roots and leaves are the major sites of gibberellin production.

neutral

Variability in new root production was more than twice that in leaf production;

Young roots and leaves are the major sites of gibberellin production.

neutral

Visit our site to learn about Root, Leaf and Stem, and Seed Essences.

Young roots and leaves are the major sites of gibberellin production.

neutral

leaf, branch, stem and root net primary production and respiration;

Young roots and leaves are the major sites of gibberellin production.

neutral

lrp ftp Fast LEAF Sourceforge site root.

Young roots and leaves are the major sites of gibberellin production.

neutral

lrp http Fast LEAF Sourceforge site root.

Young roots and leaves are the major sites of gibberellin production.

neutral

BLOOD CELL, RED ;