Shayanvsf/Entailment · Datasets at Hugging Face

premise stringlengths 1 46.3k	hypothesis stringlengths 21 234	label stringclasses 2 values
When two or more distinct elements are chemically combined, with the atoms held together by chemical bonds, the result is termed a chemical compound.	The atoms of a compound are held together by chemical bonds.	entails
Name the three different types of muscle tissue.	The body contains three types of muscle tissue.	entails
Name the three types of muscles in the body D.	The body contains three types of muscle tissue.	neutral
Organization of the Muscular System There are three types of muscle tissue found in the human body;	The body contains three types of muscle tissue.	entails
Recognize the three major types of muscle tissues in the body.	The body contains three types of muscle tissue.	entails
The other three types are epithelial, muscle, and nervous tissue.	The body contains three types of muscle tissue.	neutral
There are three different types of muscle tissue .	The body contains three types of muscle tissue.	entails
There are three different types of muscle tissue, skeletal, smooth and cardiac.	The body contains three types of muscle tissue.	entails
There are three specific types of muscle tissue.	The body contains three types of muscle tissue.	entails
There are three types of muscle in the body;	The body contains three types of muscle tissue.	entails
There are three types of muscle in the human body.	The body contains three types of muscle tissue.	entails
These three fatty acids are important in many body functions, including tissue strength, cholesterol metabolism, muscle tone and blood clotting.	The body contains three types of muscle tissue.	neutral
Three types if muscle tissue;	The body contains three types of muscle tissue.	neutral
Dolichocephaly, skull asymmetry, and large fontanelles occur in some cases.	The bones of the newborn skull are not fully ossified and are separated by large areas called fontanelles.	neutral
The fontanelles are the crevices in a newborn's skull, literally where the skull has not completely grown over and sealed.	The bones of the newborn skull are not fully ossified and are separated by large areas called fontanelles.	entails
The wide-open fontanelles and sutures give a yielding character to the cranial vault, and the bones are so soft and pliable that the symmetry of the skull is easily destroyed by pressure.	The bones of the newborn skull are not fully ossified and are separated by large areas called fontanelles.	neutral
fontanelle a soft spot, such as one of the membrane-covered spaces (fonticuli cranii (NA)) remaining in the incompletely ossified skull of a fetus or infant.	The bones of the newborn skull are not fully ossified and are separated by large areas called fontanelles.	entails
fontanelles -excessively large Ency.	The bones of the newborn skull are not fully ossified and are separated by large areas called fontanelles.	neutral
Endocytosis and exocytosis- Endocytosis is a cellular process in which the material to be taken into the cell induces the membrane to form a vacuole enclosing the material;	The cell expels waste and other particles through a process called exocytosis.	neutral
Exocytosis is a mechanism or process that allows substances to leave the cell.	The cell expels waste and other particles through a process called exocytosis.	entails
Exocytosis, fertilization of an egg by sperm and transport of waste products to the lysozome are a few of the many eukaryotic processes that rely on some form of fusion.	The cell expels waste and other particles through a process called exocytosis.	entails
He currently is working with scientists at Goteborg University in Sweden to develop mass-spectrometric methods aimed at understanding changes in the cell membrane following exocytosis, the process by which cells release neurotransmitters from small packets to communicate with other cells.	The cell expels waste and other particles through a process called exocytosis.	neutral
In other cells, however, the onset of exocytosis was delayed by several minutes.	The cell expels waste and other particles through a process called exocytosis.	neutral
In somatic cells, both L-type and T-type VDCC participate in exocytosis and similar processes (e.g., 91,92).	The cell expels waste and other particles through a process called exocytosis.	neutral
It is implicated in a number of cell processes, including exocytosis and also cell migration and growth.	The cell expels waste and other particles through a process called exocytosis.	neutral
Pinocytosis & Exocytosis Pinocytosis and exocytosis are still other mechanisms for transport across cell membranes.	The cell expels waste and other particles through a process called exocytosis.	neutral
The findings were related to a process called exocytosis, which allows a cell to move substances from its interior to the space outside its surface membrane.	The cell expels waste and other particles through a process called exocytosis.	entails
The food vacuoles travel through the cytoplasm and are digested, with the molecules eventually passing into the cytoplasm, and wastes being expelled from the cell by exocytosis .	The cell expels waste and other particles through a process called exocytosis.	entails
The process occurring at the axon terminal is exocytosis, which a cell uses to exude secretory vesicles out of the cell membrane.	The cell expels waste and other particles through a process called exocytosis.	entails
This process is called exocytosis .	The cell expels waste and other particles through a process called exocytosis.	neutral
This process is known as exocytosis .	The cell expels waste and other particles through a process called exocytosis.	neutral
a process of directed exocytosis to kill infected target cells.	The cell expels waste and other particles through a process called exocytosis.	neutral
and the processes by which cells obtain nutrients and maintain homeostasis (e.g., diffusion, facilitated diffusion, osmosis, active transport, exocytosis, endocytosis).	The cell expels waste and other particles through a process called exocytosis.	neutral
describe the fluid mosaic structure of cell membranes, and explain the dynamics of passive transport (facilitated diffusion) and the processes of endocytosis and exocytosis of large particles;	The cell expels waste and other particles through a process called exocytosis.	neutral
exocytosis -- release of a particle from inside the cell to the outside.	The cell expels waste and other particles through a process called exocytosis.	entails
process complementary to exocytosis 4.	The cell expels waste and other particles through a process called exocytosis.	neutral
Cell membranes are built from two layers of phospholipids, molecules with water-loving heads and water-hating tails.	The cell membrane consists of two adjacent layers of phospholipids.	entails
The membrane is made of a two molecule thick layer (bilayer) of phospholipids, an oily substance found in all cells.	The cell membrane consists of two adjacent layers of phospholipids.	entails
The outer and inner cell membranes are composed of a phospholipid bilayer.	The cell membrane consists of two adjacent layers of phospholipids.	entails
Used for phospholipid cell membranes .	The cell membrane consists of two adjacent layers of phospholipids.	neutral
phospholipids are an essential component in all cell membranes, where their form flexible, self healing, semipermiable, double layered boundaries between the cell and it surrounding environment.	The cell membrane consists of two adjacent layers of phospholipids.	entails
Covered in Lab 9 Seed Plant Sporophyte secondary oocyte A haploid cell whose chromosome number was reduced when a diploid primary oocyte underwent meiosis.	The cell starting meiosis is called a primary oocyte.	neutral
In fact, a primary oocyte is, by its biological definition, a cell whose primary function is to divide by the process of meiosis.	The cell starting meiosis is called a primary oocyte.	entails
Primary oocytes begin meiosis I in the embryo, but do not complete it until ovulation to give rise to one secondary oocyte and a polar body.	The cell starting meiosis is called a primary oocyte.	entails
The cell starting meiosis is called a primary oocyte.	The cell starting meiosis is called a primary oocyte.	entails
The primary oocyte, in turn, starts to go through the first cell division of meiosis (meiosis I).	The cell starting meiosis is called a primary oocyte.	entails
The cell wall acts as an extra layer of protection, helps the cell maintain its shape, and prevents dehydration.	The cell wall acts as an extra layer of protection, helps the cell maintain its shape, and prevents dehydration.	entails
There are other plants with proteins to protect them against dehydration and shriveling by filling the space between a plant's cell membrane and its tough cell wall.	The cell wall acts as an extra layer of protection, helps the cell maintain its shape, and prevents dehydration.	entails
These organisms usually have thick cell walls that prevent dehydration and generally divide slowly.	The cell wall acts as an extra layer of protection, helps the cell maintain its shape, and prevents dehydration.	entails
Called a corpus luteum cyst.	The cells in the follicle undergo physical changes and produce a structure called a corpus luteum.	neutral
Define a follicle and a corpus luteum.	The cells in the follicle undergo physical changes and produce a structure called a corpus luteum.	neutral
Progesterone is produced, after ovulation, by the cells of the corpus luteum.	The cells in the follicle undergo physical changes and produce a structure called a corpus luteum.	neutral
Sonogram of corpus luteum and follicles, mare	The cells in the follicle undergo physical changes and produce a structure called a corpus luteum.	neutral
Specifically the estrogens are secreted by the theca interna cells and the granulosa cells of the ovarian follicle, the corpus luteum and the placenta.	The cells in the follicle undergo physical changes and produce a structure called a corpus luteum.	neutral
The hormone progesterone is produced by a structure called the corpus luteum, located on the ovary.	The cells in the follicle undergo physical changes and produce a structure called a corpus luteum.	neutral
The resulting structure, now called the corpus luteum (yellow body), produces progesterone and estradiol, two of the hormones critical to reproduction.	The cells in the follicle undergo physical changes and produce a structure called a corpus luteum.	neutral
The site of the ruptured follicle develops into a structure called the corpus luteum (CL).	The cells in the follicle undergo physical changes and produce a structure called a corpus luteum.	entails
menstruation, follicle formation, ovulation, corpus luteum 78.	The cells in the follicle undergo physical changes and produce a structure called a corpus luteum.	neutral
the granulosa cells and theca interna of the follicle and the theca lutein cells of the corpus luteum the granulosa lutein cells of the corpus luteum.	The cells in the follicle undergo physical changes and produce a structure called a corpus luteum.	neutral
A prokaryote does not have a nucleus in the cell.	The cells of all protists have a nucleus.	neutral
All animals are eukaryotes, with each of their cells having a nucleus containing DNA.	The cells of all protists have a nucleus.	neutral
All body cells with a nucleus carry that.	The cells of all protists have a nucleus.	neutral
All humans have either 46 or 48 chromosomes in the nucleus of our cells.	The cells of all protists have a nucleus.	neutral
All these primitive living cells have no central nucleus and are called prokaryotes.	The cells of all protists have a nucleus.	neutral
As prokaryotes (organisms without a cell nucleus) all bacteria have a relatively simple cell structure lacking a cell nucleus and organelles such as mitochondria and chloroplasts .	The cells of all protists have a nucleus.	neutral
Cells that have a nucleus called eukaryotic cells will have the DNA inside the nucleus.	The cells of all protists have a nucleus.	neutral
HD affects the brain, though all cells with a nucleus will have the abnormal gene.	The cells of all protists have a nucleus.	neutral
In common with all protists, individual Chilomonas are single cells, but are distinguished from monerans by having internal organelles, including a cell nucleus.	The cells of all protists have a nucleus.	entails
In the nucleus of all living cells.	The cells of all protists have a nucleus.	neutral
Like all other eukaryotes, protists have a nucleus containing their DNA.	The cells of all protists have a nucleus.	entails
Like other eukaryotes, plants have a nucleus, plasma membrane, mitochondria, and other organelles, but plant cells differ from animal, fungal, and protist cells in a number of important ways.	The cells of all protists have a nucleus.	neutral
Most of the DNA is in the nucleus of a cell, but not all.	The cells of all protists have a nucleus.	neutral
Only eukaryotic cells have a nucleus.	The cells of all protists have a nucleus.	neutral
Our red blood cells lose their nucleus, so have no chromosomes at all.	The cells of all protists have a nucleus.	neutral
Prokaryotic cells do not have a nucleus .	The cells of all protists have a nucleus.	neutral
Prokaryotic cells have no nucleus.	The cells of all protists have a nucleus.	neutral
Protists, also referred to as protozoans, are one-celled organisms with a nucleus and complex cell organelles.	The cells of all protists have a nucleus.	entails
Scientists have determined that it is not in the nucleus, the cell membrane nor all over the cytoplasm.	The cells of all protists have a nucleus.	neutral
Soon we will have sequenced all of the DNA in the nucleus of a human cell.	The cells of all protists have a nucleus.	neutral
The cells in animals have a nucleus, while plant cells do not have a nucleus.	The cells of all protists have a nucleus.	neutral
These cells have no nucleus and no complex organelles.	The cells of all protists have a nucleus.	neutral
This is found in the Nucleus of all cells.	The cells of all protists have a nucleus.	neutral
a cell that does have a nucleus 7.	The cells of all protists have a nucleus.	neutral
lack cell nucleus, as do all prokaryotes (eukaryotes have nucleus).	The cells of all protists have a nucleus.	neutral
occurs in the nucleus and cytoplasm of all cells.	The cells of all protists have a nucleus.	neutral
The blastocyst consists of an inner cell mass (embryoblast) and an outer cell mass (trophoblast).	The cells of the blastocyst form an inner cell mass called the embryoblast.	entails
The inner cells, called the inner cell mass or embryoblast , are attached to the trophoblast at the embryonic pole of the blastocyst.	The cells of the blastocyst form an inner cell mass called the embryoblast.	entails
Alphabetically arranged by element with information on discovery, name, physical and chemical properties, with illustration of electron configuration.	The chemical behavior of elements can largely be explained by electron configurations.	neutral
As with other groups, the members of this family show patterns in their electronic configuration, especially the outermost shells, resulting in trends in chemical behavior:	The chemical behavior of elements can largely be explained by electron configurations.	entails
Be able to explain the electron configuration that determines an elements position in the table.	The chemical behavior of elements can largely be explained by electron configurations.	neutral
Besides chemical information, one can click on a menu that leads to physical, nuclear, electronic, biological, geological, crystallographic, reduction potentials, isotope abundances, electronic configurations, and ionization enthalpies data for each element.	The chemical behavior of elements can largely be explained by electron configurations.	neutral
Electrons and Chemical Periodicity covers the behavior of electrons in atoms;	The chemical behavior of elements can largely be explained by electron configurations.	neutral
Explain how each trend reflects the electron configuration of the elements.	The chemical behavior of elements can largely be explained by electron configurations.	neutral
Give the electron configuration for the element antimony.	The chemical behavior of elements can largely be explained by electron configurations.	neutral
Individual chemical elements can create more stable electron configurations by combining to share their electrons.	The chemical behavior of elements can largely be explained by electron configurations.	neutral
Know that atoms consist of a nucleus surrounded by electrons, and that the arrangement of the electrons determines the chemical behavior of each element.	The chemical behavior of elements can largely be explained by electron configurations.	entails
Nevertheless, many elements of the machine bureaucracy configuration can be found in large organisations.	The chemical behavior of elements can largely be explained by electron configurations.	neutral
The chemical behavior of an element depends on its size and the number of electrons in its outer shell.	The chemical behavior of elements can largely be explained by electron configurations.	entails
The different configuration elements and their defaults explained.	The chemical behavior of elements can largely be explained by electron configurations.	neutral
The ground-state electron configuration of element 184 (unoctquadium) is expected to be only the 8d and 7f electrons should be chemically active, with possible reasons being small radial extension and large binding energy.	The chemical behavior of elements can largely be explained by electron configurations.	neutral

When two or more distinct elements are chemically combined, with the atoms held together by chemical bonds, the result is termed a chemical compound.

The atoms of a compound are held together by chemical bonds.

entails

Name the three different types of muscle tissue.

The body contains three types of muscle tissue.

entails

Name the three types of muscles in the body D.

The body contains three types of muscle tissue.

neutral

Organization of the Muscular System There are three types of muscle tissue found in the human body;

The body contains three types of muscle tissue.

entails

Recognize the three major types of muscle tissues in the body.

The body contains three types of muscle tissue.

entails

The other three types are epithelial, muscle, and nervous tissue.

The body contains three types of muscle tissue.

neutral

There are three different types of muscle tissue .

The body contains three types of muscle tissue.

entails

There are three different types of muscle tissue, skeletal, smooth and cardiac.

The body contains three types of muscle tissue.

entails

There are three specific types of muscle tissue.

The body contains three types of muscle tissue.

entails

There are three types of muscle in the body;

The body contains three types of muscle tissue.

entails

There are three types of muscle in the human body.

The body contains three types of muscle tissue.

entails

These three fatty acids are important in many body functions, including tissue strength, cholesterol metabolism, muscle tone and blood clotting.

The body contains three types of muscle tissue.

neutral

Three types if muscle tissue;

The body contains three types of muscle tissue.

neutral

Dolichocephaly, skull asymmetry, and large fontanelles occur in some cases.

The bones of the newborn skull are not fully ossified and are separated by large areas called fontanelles.

neutral

The fontanelles are the crevices in a newborn's skull, literally where the skull has not completely grown over and sealed.

The bones of the newborn skull are not fully ossified and are separated by large areas called fontanelles.

entails

The wide-open fontanelles and sutures give a yielding character to the cranial vault, and the bones are so soft and pliable that the symmetry of the skull is easily destroyed by pressure.

The bones of the newborn skull are not fully ossified and are separated by large areas called fontanelles.

neutral

fontanelle a soft spot, such as one of the membrane-covered spaces (fonticuli cranii (NA)) remaining in the incompletely ossified skull of a fetus or infant.

The bones of the newborn skull are not fully ossified and are separated by large areas called fontanelles.

entails

fontanelles -excessively large Ency.

The bones of the newborn skull are not fully ossified and are separated by large areas called fontanelles.

neutral

Endocytosis and exocytosis- Endocytosis is a cellular process in which the material to be taken into the cell induces the membrane to form a vacuole enclosing the material;

The cell expels waste and other particles through a process called exocytosis.

neutral

Exocytosis is a mechanism or process that allows substances to leave the cell.

The cell expels waste and other particles through a process called exocytosis.

entails

Exocytosis, fertilization of an egg by sperm and transport of waste products to the lysozome are a few of the many eukaryotic processes that rely on some form of fusion.

The cell expels waste and other particles through a process called exocytosis.

entails

He currently is working with scientists at Goteborg University in Sweden to develop mass-spectrometric methods aimed at understanding changes in the cell membrane following exocytosis, the process by which cells release neurotransmitters from small packets to communicate with other cells.

The cell expels waste and other particles through a process called exocytosis.

neutral

In other cells, however, the onset of exocytosis was delayed by several minutes.

The cell expels waste and other particles through a process called exocytosis.

neutral

In somatic cells, both L-type and T-type VDCC participate in exocytosis and similar processes (e.g., 91,92).

The cell expels waste and other particles through a process called exocytosis.

neutral

It is implicated in a number of cell processes, including exocytosis and also cell migration and growth.

The cell expels waste and other particles through a process called exocytosis.

neutral

Pinocytosis & Exocytosis Pinocytosis and exocytosis are still other mechanisms for transport across cell membranes.

The cell expels waste and other particles through a process called exocytosis.

neutral

The findings were related to a process called exocytosis, which allows a cell to move substances from its interior to the space outside its surface membrane.

The cell expels waste and other particles through a process called exocytosis.

entails

The food vacuoles travel through the cytoplasm and are digested, with the molecules eventually passing into the cytoplasm, and wastes being expelled from the cell by exocytosis .

The cell expels waste and other particles through a process called exocytosis.

entails

The process occurring at the axon terminal is exocytosis, which a cell uses to exude secretory vesicles out of the cell membrane.

The cell expels waste and other particles through a process called exocytosis.

entails

This process is called exocytosis .

The cell expels waste and other particles through a process called exocytosis.

neutral

This process is known as exocytosis .

The cell expels waste and other particles through a process called exocytosis.

neutral

a process of directed exocytosis to kill infected target cells.

The cell expels waste and other particles through a process called exocytosis.

neutral

and the processes by which cells obtain nutrients and maintain homeostasis (e.g., diffusion, facilitated diffusion, osmosis, active transport, exocytosis, endocytosis).

The cell expels waste and other particles through a process called exocytosis.

neutral

describe the fluid mosaic structure of cell membranes, and explain the dynamics of passive transport (facilitated diffusion) and the processes of endocytosis and exocytosis of large particles;

The cell expels waste and other particles through a process called exocytosis.

neutral

exocytosis -- release of a particle from inside the cell to the outside.

The cell expels waste and other particles through a process called exocytosis.

entails

process complementary to exocytosis 4.

The cell expels waste and other particles through a process called exocytosis.

neutral

Cell membranes are built from two layers of phospholipids, molecules with water-loving heads and water-hating tails.

The cell membrane consists of two adjacent layers of phospholipids.

entails

The membrane is made of a two molecule thick layer (bilayer) of phospholipids, an oily substance found in all cells.

The cell membrane consists of two adjacent layers of phospholipids.

entails

The outer and inner cell membranes are composed of a phospholipid bilayer.

The cell membrane consists of two adjacent layers of phospholipids.

entails

Used for phospholipid cell membranes .

The cell membrane consists of two adjacent layers of phospholipids.

neutral

phospholipids are an essential component in all cell membranes, where their form flexible, self healing, semipermiable, double layered boundaries between the cell and it surrounding environment.

The cell membrane consists of two adjacent layers of phospholipids.

entails

Covered in Lab 9 Seed Plant Sporophyte secondary oocyte A haploid cell whose chromosome number was reduced when a diploid primary oocyte underwent meiosis.

The cell starting meiosis is called a primary oocyte.

neutral

In fact, a primary oocyte is, by its biological definition, a cell whose primary function is to divide by the process of meiosis.

The cell starting meiosis is called a primary oocyte.

entails

Primary oocytes begin meiosis I in the embryo, but do not complete it until ovulation to give rise to one secondary oocyte and a polar body.

The cell starting meiosis is called a primary oocyte.

entails

The cell starting meiosis is called a primary oocyte.

entails

The primary oocyte, in turn, starts to go through the first cell division of meiosis (meiosis I).

The cell starting meiosis is called a primary oocyte.

entails

The cell wall acts as an extra layer of protection, helps the cell maintain its shape, and prevents dehydration.

entails

There are other plants with proteins to protect them against dehydration and shriveling by filling the space between a plant's cell membrane and its tough cell wall.

The cell wall acts as an extra layer of protection, helps the cell maintain its shape, and prevents dehydration.

entails

These organisms usually have thick cell walls that prevent dehydration and generally divide slowly.

The cell wall acts as an extra layer of protection, helps the cell maintain its shape, and prevents dehydration.

entails

Called a corpus luteum cyst.

The cells in the follicle undergo physical changes and produce a structure called a corpus luteum.

neutral

Define a follicle and a corpus luteum.

The cells in the follicle undergo physical changes and produce a structure called a corpus luteum.

neutral

Progesterone is produced, after ovulation, by the cells of the corpus luteum.

The cells in the follicle undergo physical changes and produce a structure called a corpus luteum.

neutral

Sonogram of corpus luteum and follicles, mare

The cells in the follicle undergo physical changes and produce a structure called a corpus luteum.

neutral

Specifically the estrogens are secreted by the theca interna cells and the granulosa cells of the ovarian follicle, the corpus luteum and the placenta.

The cells in the follicle undergo physical changes and produce a structure called a corpus luteum.

neutral

The hormone progesterone is produced by a structure called the corpus luteum, located on the ovary.

The cells in the follicle undergo physical changes and produce a structure called a corpus luteum.

neutral

The resulting structure, now called the corpus luteum (yellow body), produces progesterone and estradiol, two of the hormones critical to reproduction.

The cells in the follicle undergo physical changes and produce a structure called a corpus luteum.

neutral

The site of the ruptured follicle develops into a structure called the corpus luteum (CL).

The cells in the follicle undergo physical changes and produce a structure called a corpus luteum.

entails

menstruation, follicle formation, ovulation, corpus luteum 78.

The cells in the follicle undergo physical changes and produce a structure called a corpus luteum.

neutral

the granulosa cells and theca interna of the follicle and the theca lutein cells of the corpus luteum the granulosa lutein cells of the corpus luteum.

The cells in the follicle undergo physical changes and produce a structure called a corpus luteum.

neutral

A prokaryote does not have a nucleus in the cell.