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Normally, tau's job is to assemble proteins called microtubules -- the cell's structural scaffolding apparatus -- that stretch from one end of a nerve cell to the other to ferry nutrients and structural components.
Proteins travel to the golgi apparatus to be modified for the specific job they will do.
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Normally, tau's job is to both assemble and maintain the cell's scaffolding apparatus (groups of proteins called microtubules) that stretch from one end of a nerve cell to another and ferry nutrients and structural components.
Proteins travel to the golgi apparatus to be modified for the specific job they will do.
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Other parts of the juxtaglomerular apparatus are extraglomerular mesangial cells and the juxtaglomerular cells surrounding the afferent arteriole (modified smooth muscle cells), which produce and secrete renin .
Proteins travel to the golgi apparatus to be modified for the specific job they will do.
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Some of these secreted proteins are likely to be part of the translocation apparatus that transfers other secreted proteins into the cytoplasm of the host cell.
Proteins travel to the golgi apparatus to be modified for the specific job they will do.
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Specifically, the researchers found in the cancer cells that a protein within each spindle pole, called the nuclear mitotic apparatus protein (NuMA), split apart in renegade fashion, generating new poles in an apparently haphazard way.
Proteins travel to the golgi apparatus to be modified for the specific job they will do.
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The genome delineates and, with the associated apparatus in the cell, makes all the proteins used in an organism.
Proteins travel to the golgi apparatus to be modified for the specific job they will do.
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The implication of this finding was that at least part (the "business-end" so to speak) of the cell's protein synthesis apparatus existed in a one-to-one correspondence with individual spines.
Proteins travel to the golgi apparatus to be modified for the specific job they will do.
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The proteins are encoded in genes inserted into the bacterial DNA, and the cells use their usual protein-making apparatus to convert the implanted genes into proteins.
Proteins travel to the golgi apparatus to be modified for the specific job they will do.
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Viral proteins secreted by Golgi Apparatus onto cell surface
Proteins travel to the golgi apparatus to be modified for the specific job they will do.
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Without the protein synthesizing apparatus of all cells, there can be no enzymes.
Proteins travel to the golgi apparatus to be modified for the specific job they will do.
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and the Golgi apparatus, which both modifies proteins (by adding other chemical groups such as sugars) and also packages them for transport to their appropriate locations, such as the cell membrane.
Proteins travel to the golgi apparatus to be modified for the specific job they will do.
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Almost the entire mass of the atom is concentrated in the nucleus, which contains the protons (positive charges) and neutrons (electrically neutral particles).
Neutrons are electrically neutral.
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An atom is made of a central nucleus of electrically neutral neutrons and positively charged protons circled by negatively charged electrons.
Neutrons are electrically neutral.
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Neutron A basic particle in an atom's nucleus that has a neutral electrical charge.
Neutrons are electrically neutral.
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Neutron A neutron is an electrically neutral particle in an atom's nucleus.
Neutrons are electrically neutral.
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Neutrons are electrically neutral and of approximately the same mass as protons.
Neutrons are electrically neutral.
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Neutrons are electrically neutral.
Neutrons are electrically neutral.
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Neutrons are highly penetrating as they are neutral particles and do not have any electrical interactions with other atoms.
Neutrons are electrically neutral.
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Neutrons are located in the atom nucleus, are electrically neutral, and each has mass about equal to a proton.
Neutrons are electrically neutral.
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Neutrons are neutral particles that have no electric charge.
Neutrons are electrically neutral.
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Neutrons, are electrically neutral particles of atomic nucleus, having a mass approximately equal to that of protons.
Neutrons are electrically neutral.
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Neutrons, as the name implies, are electrically neutral particles.
Neutrons are electrically neutral.
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Neutrons- electrically neutral charge particles, number of neutrons can vary (isotopes)
Neutrons are electrically neutral.
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Since free neutrons are electrically neutral, they pass unhindered through the electrical fields within atoms and so constitute a penetrating form of radiation , interacting with matter almost exclusively through relatively rare collisions with atomic nuclei.
Neutrons are electrically neutral.
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The neutron--although electrically neutral--has a magnetic moment opposite that of the anti-neutron.
Neutrons are electrically neutral.
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The nuclei of atoms are composed of protons, which have a positive electrical charge, and neutrons, which are electrically neutral.
Neutrons are electrically neutral.
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The nucleus , or centre of an atom, is made of protons , (which have a positive electrical charge) and neutrons , which are neutral (in other words, they have no charge).
Neutrons are electrically neutral.
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The protons are electrically charged, and the neutrons are electrically neutral.
Neutrons are electrically neutral.
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Thefundamental structure within the atom consists of negatively charged electrons orbiting around a nucleus that contains a set number ofpositively charged protons and electrically neutral neutrons .
Neutrons are electrically neutral.
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They also can be electrically neutral, as is the neutron or the neutrino.
Neutrons are electrically neutral.
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ii) A neutron is electrically neutral.
Neutrons are electrically neutral.
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neutron a particle inside the nucleus of an atom that is neutral and has no charge.
Neutrons are electrically neutral.
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neutron subatomic particle with zero charge (neutral charge) that is found in the nucleus of an atom.
Neutrons are electrically neutral.
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A proton is simply the nucleus of an ordinary hydrogen atom, the lightest atom, and has a unit positive charge.
The nucleus of an atom is positive due to the presence of positively charged protons.
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The positive charge of the nucleus of any atom is due to its protons.
The nucleus of an atom is positive due to the presence of positively charged protons.
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As anthropogenic sources of atmospheric, organic chlorine are reduced in the future, the relative contribution of CH3Cl to chlorine in the stratosphere will increase.
The stratosphere is the heat source.
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In turn, the increased ozone warms the stratosphere , a region from about 6 to 30 miles up in the atmosphere, by trapping heat energy.
The stratosphere is the heat source.
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Middle Atmosphere (Stratosphere) Dynamics 3.
The stratosphere is the heat source.
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Ozone generating reactions in the stratosphere is the main heat source.
The stratosphere is the heat source.
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Part two is The Unity of the Divine Stratosphere, The Diversity of the Human Atmosphere.
The stratosphere is the heat source.
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Robert West points out that a substantial amount of material will be deposited even in the stratosphere of Jupiter, the part of the atmosphere above the visible clouds where solar heating stabilizes the atmosphere against convection (vertical motion).
The stratosphere is the heat source.
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STRATOSPHERE -- Part of the atmosphere, the gases that encircle the Earth.
The stratosphere is the heat source.
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See ozone precursors , stratosphere , atmosphere .
The stratosphere is the heat source.
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both tend to be washed out of the atmosphere before they reach the stratosphere, for the most part.)
The stratosphere is the heat source.
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lower atmosphere Generally, and quite loosely, that part of the atmosphere in which most weather phenomena occur (i.e., the troposphere and lower stratosphere );
The stratosphere is the heat source.
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stratosphere layer of the atmosphere above the troposphere.
The stratosphere is the heat source.
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Hookworms are parasites that thrive in the small intestine .
Hookworms infest the intestines.
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Hookworms are small intestine parasites that bite the intestinal lining and feed aggressively on blood.
Hookworms infest the intestines.
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Hookworms live in the human intestine drinking the blood it sucks from the intestine wall.
Hookworms infest the intestines.
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Hookworms live in the small intestine.
Hookworms infest the intestines.
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The life cycle of a hookworm starts and ends in the small intestine.
Hookworms infest the intestines.
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When a future mother is infested with roundworms or hookworms, most of the larvae migrate to the small intestine where they spend their adult stage.
Hookworms infest the intestines.
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A cerebrum, cerebellum and a brain stem.
The cerebellum of the brain lies under the cerebrum and behind the brain stem.
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BRAIN INJURY The brain consists of the cerebrum, cerebellum and brain stem.
The cerebellum of the brain lies under the cerebrum and behind the brain stem.
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Cerebellar peduncle is the part that connects cerebellum to the brain stem.
The cerebellum of the brain lies under the cerebrum and behind the brain stem.
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Cerebellum and Brain Stem ·
The cerebellum of the brain lies under the cerebrum and behind the brain stem.
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Identify brain stem, pons, and cerebellum as parts of the metencephalon.
The cerebellum of the brain lies under the cerebrum and behind the brain stem.
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It connects the other parts of the brain (the cerebrum and cerebellum) to the spinal cord.
The cerebellum of the brain lies under the cerebrum and behind the brain stem.
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MS plaques are distributed throughout the white matter of the optic nerves, chiasm and tracts, the cerebrum, the brain stem, the cerebellum and the spinal cord.
The cerebellum of the brain lies under the cerebrum and behind the brain stem.
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Name some of the important functions of the brain stem , diencephalon , cerebellum , and cerebrum .
The cerebellum of the brain lies under the cerebrum and behind the brain stem.
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Neurocytology, PNS, meninges, spinal cord, brain stem, cranial nerve nuclei, cerebellum, cerebrum, ANS, CSF;
The cerebellum of the brain lies under the cerebrum and behind the brain stem.
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Slides either have a section of cerebellum and brain stem, or a section of cerebrum.
The cerebellum of the brain lies under the cerebrum and behind the brain stem.
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Such babies have no cerebrum or cerebellum but they do have a brain stem.
The cerebellum of the brain lies under the cerebrum and behind the brain stem.
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The entire brain stem, half of the cerebrum and half of the cerebellum are immersed in 10% neutral buffered formalin.
The cerebellum of the brain lies under the cerebrum and behind the brain stem.
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The stages correspond roughly to the historic enlargement of the brain stem, followed by the cerebellum, the mid-brain, and, finally, the cerebrum.
The cerebellum of the brain lies under the cerebrum and behind the brain stem.
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These fibers connect the cerebrum to the brain stem, cerebellum, and spinal cord.
The cerebellum of the brain lies under the cerebrum and behind the brain stem.
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Western immunoblotting analysis revealed that DPPX-S, but not DPPX-L, was detectable only in brain tissues, including cerebrum, cerebellum and brain stem.
The cerebellum of the brain lies under the cerebrum and behind the brain stem.
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cerebellum The portion of the brain in the back of the head between the cerebrum and the brain stem.
The cerebellum of the brain lies under the cerebrum and behind the brain stem.
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Cytoplasm The medium of the cell between the nucleus and the cell membrane.
The nucleus is surrounded by a membrane and holds the genetic information for the cell.
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Eukaryotic Cell A cell that has a true nucleus surrounded by a membrane.
The nucleus is surrounded by a membrane and holds the genetic information for the cell.
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Extends from the nucleus to the cell membrane.
The nucleus is surrounded by a membrane and holds the genetic information for the cell.
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Nucleus In eukaryotic cells, the membrane-bound organelle that contains the genetic material.
The nucleus is surrounded by a membrane and holds the genetic information for the cell.
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Our genetic information is contained in the nucleus of the cell in chromosomes.
The nucleus is surrounded by a membrane and holds the genetic information for the cell.
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Prokaryotic cells are surrounded by a membrane, but they contain no nucleus or other internal parts (organelles), contrary to eukaryotic cells.
The nucleus is surrounded by a membrane and holds the genetic information for the cell.
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The Nucleus in the eukaryotic cell cytoplasm is membrane bound and localises the cells genetic material.
The nucleus is surrounded by a membrane and holds the genetic information for the cell.
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The main parts of the cells are the cell membrane, nucleus, and the liquid cytoplasm between these two.
The nucleus is surrounded by a membrane and holds the genetic information for the cell.
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nucleus The membrane-bounded structure found in a cell which contains the genetic material.
The nucleus is surrounded by a membrane and holds the genetic information for the cell.
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Blood enters the right atrium or upper chamber of the heart, goes into the right ventricle and is pumped out of the heart into the pulmonary artery.
The right atrium of the heart receives the blood is pumped from veins of the systemic circuit.
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It returns to the heart through veins and enters the right atrium.
The right atrium of the heart receives the blood is pumped from veins of the systemic circuit.
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List all venous structures encountered by a drop of blood that is passing from the great cerebral vein to the right atrium of the heart.
The right atrium of the heart receives the blood is pumped from veins of the systemic circuit.
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Pattern of Blood Flow Through the Heart Blood returns from the body via veins/venules and enters the right atrium.
The right atrium of the heart receives the blood is pumped from veins of the systemic circuit.
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The left atrium receives oxygenated blood returning to the heart from the lungs via way of the four pulmonary veins.
The right atrium of the heart receives the blood is pumped from veins of the systemic circuit.
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The right atrium receives blood return from the body ( systemic ) under low pressure, pumps the blood into the right ventricle under low pressure which then pumps blood under slightly higher pressure to the lungs.
The right atrium of the heart receives the blood is pumped from veins of the systemic circuit.
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The right atrium receives de-oxygenated blood from the systemic circulation and pumps it to the ventricle c.
The right atrium of the heart receives the blood is pumped from veins of the systemic circuit.
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The right heart has a blood-receiving chamber called an atrium, and a blood pumping chamber, called a ventricle.
The right atrium of the heart receives the blood is pumped from veins of the systemic circuit.
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Axis occupation ended in 1944.
The axis of the plant has a root end and a shoot end.
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However, most of the plant body is formed by postembryonal cell division of two groups of stem cells at each end of the apical-basal axis, called shoot and root meristems.
The axis of the plant has a root end and a shoot end.
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Limb Axis The imaginary line between the root joint and the end effector.
The axis of the plant has a root end and a shoot end.
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The EW50 has two single-axis spindles for centering part ends.
The axis of the plant has a root end and a shoot end.
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The ends of the axis of the earth's sphere.
The axis of the plant has a root end and a shoot end.
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The location of the chapel at the end of the campus' central axis was part of Johnson's original design.
The axis of the plant has a root end and a shoot end.
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This would have ended Axis control in all of Africa.
The axis of the plant has a root end and a shoot end.
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Why, the parts of her surface at the end of the longer axis will be heavier and the parts at the end of the shorter axis will be lighter than normally.
The axis of the plant has a root end and a shoot end.
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An understory plant.
The understory of the rainforest commonly has ferns and other ground plants.
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Coffee is an understory crop and these new strains have contributed to the destruction of the rainforest.
The understory of the rainforest commonly has ferns and other ground plants.
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His recent work was more focussed on the plants of the canopy and understory layers of tropical rainforests, and on the reconstitution of scents of endangered plant species.
The understory of the rainforest commonly has ferns and other ground plants.
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On the right is a full-view of a small plant growing in the understory of a rainforest;
The understory of the rainforest commonly has ferns and other ground plants.
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Others may have been smaller, understory plants.
The understory of the rainforest commonly has ferns and other ground plants.
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The understory is thick with plants, including ferns and a variety of wildflowers.
The understory of the rainforest commonly has ferns and other ground plants.
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The understory would have included tree ferns , seed ferns, horsetails and cycads (Sago palms).
The understory of the rainforest commonly has ferns and other ground plants.
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