Shayanvsf/Entailment · Datasets at Hugging Face

premise stringlengths 1 46.3k	hypothesis stringlengths 21 234	label stringclasses 2 values
Bottom mud contains a large amount of organic material and decomposing bacteria that will contribute to oxygen depletion problems if mixed with water.	Sediments in oligotrophic lakes contain large amounts of decomposable organic matter.	neutral
In highly sulfidic sediments and in the presence of large amounts of organic matter, tetrathionate was present in sediment horizons in which thiosulfate and elemental sulfur also accumulated.	Sediments in oligotrophic lakes contain large amounts of decomposable organic matter.	neutral
Intermediary metabolism of organic matter in the the sediments of a eutrophic lake.	Sediments in oligotrophic lakes contain large amounts of decomposable organic matter.	neutral
Of least decomposed organic layer, containing large amounts of well-preserved fiber, and called the fibric layer.	Sediments in oligotrophic lakes contain large amounts of decomposable organic matter.	neutral
Organic carbon and 13dC values for shelf sediments indicated that large amounts of both terrigenous and marine organic carbon are being decomposed in shelf waters and sediments to fuel observed hypoxia.	Sediments in oligotrophic lakes contain large amounts of decomposable organic matter.	neutral
Sediments in oligotrophic lakes contain larger amounts of decomposable organic matter.	Sediments in oligotrophic lakes contain large amounts of decomposable organic matter.	entails
Small pieces of organic matter will decompose more quickly than large chunks.	Sediments in oligotrophic lakes contain large amounts of decomposable organic matter.	neutral
The colloidal fraction of the ocean contains a large amount of organic matter unavailable to grazers.	Sediments in oligotrophic lakes contain large amounts of decomposable organic matter.	neutral
These reactions produce large amounts of methane and carbon dioxide as a result of microbial degradation of organic matter in the sediments.	Sediments in oligotrophic lakes contain large amounts of decomposable organic matter.	neutral
These sediments buried large amounts of organic materials with them.	Sediments in oligotrophic lakes contain large amounts of decomposable organic matter.	neutral
A collective term for the brain, spinal cord, their nerves, and the sensory end organs.	Sensory neurons transmit nerve impulses from sense organs and internal organs to the brain via the spinal cord.	neutral
All these functions are coordinated by the central nervous system (CNS), which includes the brain, spinal cord, nerves and sensory organs.	Sensory neurons transmit nerve impulses from sense organs and internal organs to the brain via the spinal cord.	neutral
By the twenty-first day the foundations of the child's brain, spinal cord, nerves, and sense organs are completely formed.	Sensory neurons transmit nerve impulses from sense organs and internal organs to the brain via the spinal cord.	neutral
CENTRAL NERVOUS SYSTEM A collective term for the brain, spinal cord, their nerves, and the sensory end organs.	Sensory neurons transmit nerve impulses from sense organs and internal organs to the brain via the spinal cord.	neutral
Made up of the brain, spinal cord, peripheral nerves, and sensory organs, this system faces major challenges in space.	Sensory neurons transmit nerve impulses from sense organs and internal organs to the brain via the spinal cord.	neutral
Motor neurons carry nerve impulses from the brain and spinal cord to muscles and glands (see Figure below ).	Sensory neurons transmit nerve impulses from sense organs and internal organs to the brain via the spinal cord.	neutral
Neuroscience is the study of the nervous system -- including the brain, the spinal cord, and networks of sensory nerve cells, or neurons, throughout the body.	Sensory neurons transmit nerve impulses from sense organs and internal organs to the brain via the spinal cord.	neutral
Sensory neurons carry nerve impulses from tissues and organs to the spinal cord and brain.	Sensory neurons transmit nerve impulses from sense organs and internal organs to the brain via the spinal cord.	entails
Sensory neurons transmit nerve impulses toward the spinal cord and the brain.	Sensory neurons transmit nerve impulses from sense organs and internal organs to the brain via the spinal cord.	entails
The peripheral nerves are the nerves that go out from the brain and spinal cord to the muscles, skin, internal organs, and glands.	Sensory neurons transmit nerve impulses from sense organs and internal organs to the brain via the spinal cord.	neutral
The peripheral nerves lie outside the brain and spinal cord and supply the muscles and sensory organs in the limbs.	Sensory neurons transmit nerve impulses from sense organs and internal organs to the brain via the spinal cord.	neutral
These end organs convey impulses to the spinal cord via the pudendal nerves.	Sensory neurons transmit nerve impulses from sense organs and internal organs to the brain via the spinal cord.	neutral
rapid motor response to a sensory stimulus in which nerve impulses travel in an arc that includes the spinal cord but not the brain	Sensory neurons transmit nerve impulses from sense organs and internal organs to the brain via the spinal cord.	neutral
An Arabidopsis flower consists of four floral organ types, sepal, petal, stamen and carpel, found in floral whorls 1, 2, 3 and 4, respectively.	Sepals, petals, stamens, and carpels are floral organs.	entails
Floral organ primordia arise in rings, or whorls, on the flanks of the floral meristem, with sepals in whorl 1, petals in whorl 2, stamens in whorl 3 and carpels in whorl 4.	Sepals, petals, stamens, and carpels are floral organs.	entails
For example, the addition of intercalary growth at or below the base of the primordia of floral appendages such as sepals, petals, stamens and carpels may lead to a common base that is not the result of fusion.	Sepals, petals, stamens, and carpels are floral organs.	entails
Like twigs, flowers develop from buds, and the basic floral parts (sepal, petal, stamen, and carpel) are in actual fact greatly modified leaves.	Sepals, petals, stamens, and carpels are floral organs.	entails
The ABC model of floral organ development proposes combinatorial interaction of A, B, and C class genes whereby these three classes of genes specifies the four floral organs, sepals, petals, stamens, and carpels.	Sepals, petals, stamens, and carpels are floral organs.	entails
The best studied of these genes are the floral homeotic genes that control floral organ identity (sepal, petal, stamen or carpel).	Sepals, petals, stamens, and carpels are floral organs.	entails
The floral meristem under goes a series of developmental changes that eventually give rise to the four basic structures of the flower --- sepals, petals, stamens and carpels.	Sepals, petals, stamens, and carpels are floral organs.	entails
To the right of the diagram indicate which floral organs will be made at each whorl (normal floral organ order is sepals, petals, stamen, carpels).	Sepals, petals, stamens, and carpels are floral organs.	entails
Example of a floral formula The floral formula below describes the four parts labelled in the diagram above, ie four fused sepals, four petals and stamens (with the stamen fused to to the petals) and two fused carpels.	Sepals, petals, stamens, and carpels are floral organs.	entails
A sex-linked trait is one whose allele is located on one of the sex chromosomes, usually the X for autosomal traits.	Sex-linked traits are located on genes on sex chromosomes.	entails
Autosomal indicates that the genes that determine these traits are not on the X or Y sex chromosomes.	Sex-linked traits are located on genes on sex chromosomes.	neutral
Genes carried on the sex chromosomes are said to be sex-linked.	Sex-linked traits are located on genes on sex chromosomes.	entails
Genes on the sex chromosomes are called sex-linked genes.	Sex-linked traits are located on genes on sex chromosomes.	entails
If they are, that chromosome is called a sex chromosome, and the genes on it are called 'sex linked'.	Sex-linked traits are located on genes on sex chromosomes.	entails
Sex linkage- an inherited trait, such as color discrimination, determined by a gene located on a sex chromosome and that therefore shows a different pattern of inheritance in males and females.	Sex-linked traits are located on genes on sex chromosomes.	entails
Sex linked traits are traits that are due to alleles found on the X chromosome.	Sex-linked traits are located on genes on sex chromosomes.	neutral
Sex-linked genes are located on a sex chromosome, and X- linked genes are located on the X chromosome.	Sex-linked traits are located on genes on sex chromosomes.	entails
Study Sex Chromosomes and Sex-Linked Traits	Sex-linked traits are located on genes on sex chromosomes.	neutral
The presence of a dimple in the center of the chin is an autosomal dominant trait (the gene is NOT located on a sex chromosome).	Sex-linked traits are located on genes on sex chromosomes.	neutral
The reason why sex-linked genes (traits) are inherited differently is because, unlike autosomal chromosomes, the cock and the hen don't have similarly paired chromosomes.	Sex-linked traits are located on genes on sex chromosomes.	neutral
Traits controlled by alleles on sex chromosomes are sex-linked.	Sex-linked traits are located on genes on sex chromosomes.	entails
[ top \| back ] autosomal: describes a trait showing a pattern of segregation characteristic of a gene located on an autosome (not a sex chromosome).	Sex-linked traits are located on genes on sex chromosomes.	neutral
answer Sex linked crosses Traits are associated with the sex chromosomes (x and y).	Sex-linked traits are located on genes on sex chromosomes.	entails
or in in vivo assays using mouse germinal cell chromosomes, Chinese hamster bone marrow chromosomes, and the Drosophila sex-linked recessive lethal trait gene.	Sex-linked traits are located on genes on sex chromosomes.	neutral
It looks as though in the early evolution of living things, a few organochlorine compounds were included in their biochemical systems.	Similarity in biochemicals, like the glucose used by virtually all living things for energy, provides evidence of evolution.	neutral
Scientists say evidence supporting the theory of evolution includes fossil records, the existence of similar structures in different animals, and the fact that all living things share similar biochemistry.	Similarity in biochemicals, like the glucose used by virtually all living things for energy, provides evidence of evolution.	entails
So does the evolution of most of the major biochemical pathways in living things.	Similarity in biochemicals, like the glucose used by virtually all living things for energy, provides evidence of evolution.	neutral
The sun provides plenty of energy to drive life processes like the development of a plant from a seed and the evolution of all living things.	Similarity in biochemicals, like the glucose used by virtually all living things for energy, provides evidence of evolution.	neutral
The tree of Life is seen in the center, symbolizing the emergence and evolution of all living things from the primal energies of self-creation.	Similarity in biochemicals, like the glucose used by virtually all living things for energy, provides evidence of evolution.	neutral
This is similar to the argument used by Bob Bales that it is hard to see evolution in the fossil or living evidence.	Similarity in biochemicals, like the glucose used by virtually all living things for energy, provides evidence of evolution.	neutral
Also, the potential is singular on the point charges, so the equipotential surfaces cannot 'start' and 'stop' like field lines do.	Since the electric field lines point radially away from the charge, they are perpendicular to equipotential lines.	neutral
Below are a set of electric field lines and equipotential surfaces caused by a certain set of point charges (taken from page 588 of the textbook).	Since the electric field lines point radially away from the charge, they are perpendicular to equipotential lines.	neutral
By symmetry, the electric field must point radially away from the line of charge and be uniform along its length.	Since the electric field lines point radially away from the charge, they are perpendicular to equipotential lines.	neutral
Click on about a dozen points on the equipotential plot and notice the relationship between the field lines and the equipotential lines.	Since the electric field lines point radially away from the charge, they are perpendicular to equipotential lines.	neutral
Construct the electric field lines that produced the equipotential lines.	Since the electric field lines point radially away from the charge, they are perpendicular to equipotential lines.	neutral
Draw the field lines and also the equipotentials.	Since the electric field lines point radially away from the charge, they are perpendicular to equipotential lines.	neutral
Draw three flowlines perpendicular to the equipotential lines, using dashed lines.	Since the electric field lines point radially away from the charge, they are perpendicular to equipotential lines.	neutral
Electric Field Lines Java applet helps visualise electric field lines and equipotentials due to a pair of charges.	Since the electric field lines point radially away from the charge, they are perpendicular to equipotential lines.	neutral
Equipotential Line -	Since the electric field lines point radially away from the charge, they are perpendicular to equipotential lines.	neutral
Equipotential lines and surfaces, and field lines.	Since the electric field lines point radially away from the charge, they are perpendicular to equipotential lines.	neutral
Field lines and equipotential lines are perpendicular to each other.	Since the electric field lines point radially away from the charge, they are perpendicular to equipotential lines.	entails
Field lines and equipotential lines for a positive point charge are shown below.	Since the electric field lines point radially away from the charge, they are perpendicular to equipotential lines.	neutral
Furthermore, equipotential surfaces are always perpendicular to the net electric field lines passing through it.	Since the electric field lines point radially away from the charge, they are perpendicular to equipotential lines.	entails
In positive electric fields, the lines are directed radially outward.	Since the electric field lines point radially away from the charge, they are perpendicular to equipotential lines.	neutral
It is an excellent tool for visualizing electric field and equipotential lines.	Since the electric field lines point radially away from the charge, they are perpendicular to equipotential lines.	neutral
Just as we described the electric field around a charged object by field lines, we can also describe the electric potential pictorially with equipotential surfaces (contour plots).	Since the electric field lines point radially away from the charge, they are perpendicular to equipotential lines.	neutral
Parallel plate equipotential and field lines.	Since the electric field lines point radially away from the charge, they are perpendicular to equipotential lines.	neutral
Paul Peters's freeware (PPC only) Franklin 1.0.1 plots electric field lines and equipotential surfaces around point charges.	Since the electric field lines point radially away from the charge, they are perpendicular to equipotential lines.	neutral
The Electric Field Mapping Experiment is a common introductory lab experiment used to introduce students to the concepts of electric field and equipotential lines.	Since the electric field lines point radially away from the charge, they are perpendicular to equipotential lines.	neutral
The force is perpendicular to both the field lines and the direction of the moving electrical charges.	Since the electric field lines point radially away from the charge, they are perpendicular to equipotential lines.	neutral
The lines of the electric field are perpendicular to the equipotential lines.	Since the electric field lines point radially away from the charge, they are perpendicular to equipotential lines.	entails
Use your knowledge of how the electrical field lines should appear to aid you in finding the equipotential lines.	Since the electric field lines point radially away from the charge, they are perpendicular to equipotential lines.	neutral
We plot the potential function , the equipotential lines and the electric field of the dipole.	Since the electric field lines point radially away from the charge, they are perpendicular to equipotential lines.	neutral
White lines overlapped with the plasma pressure stand for the equipotential line of convection and corotation electric fields.	Since the electric field lines point radially away from the charge, they are perpendicular to equipotential lines.	neutral
YP Electric Field simulates up to 26 electric charges (located in the same plane) and draws the lines of force, the equipotential lines and the electric field vectors in the area surrounding the point charges.	Since the electric field lines point radially away from the charge, they are perpendicular to equipotential lines.	neutral
Draw a set of equipotential surfaces based on the electric field lines in the drawing below.	Since the electric field lines point radially away from the charge, they are perpendicular to equipotential lines.	neutral
Electric Potential and Field Magnitude w/EquipPotential Lines & Field Arrows Below left: Note that field arrows are always perpendicular to the equipotential lines in their vicinity.	Since the electric field lines point radially away from the charge, they are perpendicular to equipotential lines.	entails
Equipotential lines are always perpendicular to field lines, and therefore perpendicular to the force experienced by a charge in the field.	Since the electric field lines point radially away from the charge, they are perpendicular to equipotential lines.	entails
First Map Draw 4 equipotential lines and 4 electric field lines.	Since the electric field lines point radially away from the charge, they are perpendicular to equipotential lines.	neutral
Nature requires that these equipotential lines (or surfaces) be perpendicular to the electric field lines that produce them.	Since the electric field lines point radially away from the charge, they are perpendicular to equipotential lines.	entails
This is the case if the electric field is lined up perpendicularly with the receptor.	Since the electric field lines point radially away from the charge, they are perpendicular to equipotential lines.	neutral
Contracting skeletal muscle is not the only contributor to the rise in arterial lactate during exercise.	Skeletal muscles must work in pairs to move bones back and forth at a joint because they can only contract.	neutral
Since muscles can only work by contracting, in order for the organism to accomplish effective movements, each muscle must be partnered with another muscle or set of muscles that have opposite actions.	Skeletal muscles must work in pairs to move bones back and forth at a joint because they can only contract.	entails
Unlike skeletal muscle cells which can contract continuously in tetanus, cardiac muscle cells must repolarize in order to contract again.	Skeletal muscles must work in pairs to move bones back and forth at a joint because they can only contract.	neutral
All snakes are carnivorous and feed on a wide variety of animals like insects, birds, frogs, snails, lizards, eggs, and other snakes.	Snakes are carnivorous animals.	entails
All snakes are carnivorous animals and thus may be somewhat defensive during handling.	Snakes are carnivorous animals.	entails
All snakes are carnivorous predators.	Snakes are carnivorous animals.	entails
All snakes are carnivorous, and must subdue living animals for food.	Snakes are carnivorous animals.	entails
All snakes are carnivorous, but they do not chew.	Snakes are carnivorous animals.	entails
All snakes are carnivorous.	Snakes are carnivorous animals.	entails
All snakes are strictly carnivorous , eating small animals including lizards, frogs, other snakes, small mammals, birds, eggs , fish, snails or insects.	Snakes are carnivorous animals.	entails
Caimans are carnivorous animals.	Snakes are carnivorous animals.	neutral
Carnivorous animals such as frogs, shrews, snakes, owls, skunks, mink, and owls kill and eat other animals.	Snakes are carnivorous animals.	entails
Carnivory is the function of Carnivorous animals.	Snakes are carnivorous animals.	neutral
Lions and other carnivorous animals.	Snakes are carnivorous animals.	neutral
Many small reptiles such as snakes and lizards which live on the ground or in the water are vulnerable to being preyed on by all kinds of carnivorous animals.	Snakes are carnivorous animals.	neutral
Many small reptiles, such as snakes and lizards that live on the ground or in the water, are vulnerable to being preyed on by all kinds of carnivorous animals.	Snakes are carnivorous animals.	neutral

Bottom mud contains a large amount of organic material and decomposing bacteria that will contribute to oxygen depletion problems if mixed with water.

Sediments in oligotrophic lakes contain large amounts of decomposable organic matter.

neutral

In highly sulfidic sediments and in the presence of large amounts of organic matter, tetrathionate was present in sediment horizons in which thiosulfate and elemental sulfur also accumulated.

Sediments in oligotrophic lakes contain large amounts of decomposable organic matter.

neutral

Intermediary metabolism of organic matter in the the sediments of a eutrophic lake.

Sediments in oligotrophic lakes contain large amounts of decomposable organic matter.

neutral

Of least decomposed organic layer, containing large amounts of well-preserved fiber, and called the fibric layer.

Sediments in oligotrophic lakes contain large amounts of decomposable organic matter.

neutral

Organic carbon and 13dC values for shelf sediments indicated that large amounts of both terrigenous and marine organic carbon are being decomposed in shelf waters and sediments to fuel observed hypoxia.

Sediments in oligotrophic lakes contain large amounts of decomposable organic matter.

neutral

Sediments in oligotrophic lakes contain larger amounts of decomposable organic matter.

Sediments in oligotrophic lakes contain large amounts of decomposable organic matter.

entails

Small pieces of organic matter will decompose more quickly than large chunks.

Sediments in oligotrophic lakes contain large amounts of decomposable organic matter.

neutral

The colloidal fraction of the ocean contains a large amount of organic matter unavailable to grazers.

Sediments in oligotrophic lakes contain large amounts of decomposable organic matter.

neutral

These reactions produce large amounts of methane and carbon dioxide as a result of microbial degradation of organic matter in the sediments.

Sediments in oligotrophic lakes contain large amounts of decomposable organic matter.

neutral

These sediments buried large amounts of organic materials with them.

Sediments in oligotrophic lakes contain large amounts of decomposable organic matter.

neutral

A collective term for the brain, spinal cord, their nerves, and the sensory end organs.

Sensory neurons transmit nerve impulses from sense organs and internal organs to the brain via the spinal cord.

neutral

All these functions are coordinated by the central nervous system (CNS), which includes the brain, spinal cord, nerves and sensory organs.

Sensory neurons transmit nerve impulses from sense organs and internal organs to the brain via the spinal cord.

neutral

By the twenty-first day the foundations of the child's brain, spinal cord, nerves, and sense organs are completely formed.

Sensory neurons transmit nerve impulses from sense organs and internal organs to the brain via the spinal cord.

neutral

CENTRAL NERVOUS SYSTEM A collective term for the brain, spinal cord, their nerves, and the sensory end organs.

Sensory neurons transmit nerve impulses from sense organs and internal organs to the brain via the spinal cord.

neutral

Made up of the brain, spinal cord, peripheral nerves, and sensory organs, this system faces major challenges in space.

Sensory neurons transmit nerve impulses from sense organs and internal organs to the brain via the spinal cord.

neutral

Motor neurons carry nerve impulses from the brain and spinal cord to muscles and glands (see Figure below ).

Sensory neurons transmit nerve impulses from sense organs and internal organs to the brain via the spinal cord.

neutral

Neuroscience is the study of the nervous system -- including the brain, the spinal cord, and networks of sensory nerve cells, or neurons, throughout the body.

Sensory neurons transmit nerve impulses from sense organs and internal organs to the brain via the spinal cord.

neutral

Sensory neurons carry nerve impulses from tissues and organs to the spinal cord and brain.

Sensory neurons transmit nerve impulses from sense organs and internal organs to the brain via the spinal cord.

entails

Sensory neurons transmit nerve impulses toward the spinal cord and the brain.

Sensory neurons transmit nerve impulses from sense organs and internal organs to the brain via the spinal cord.

entails

The peripheral nerves are the nerves that go out from the brain and spinal cord to the muscles, skin, internal organs, and glands.

Sensory neurons transmit nerve impulses from sense organs and internal organs to the brain via the spinal cord.

neutral

The peripheral nerves lie outside the brain and spinal cord and supply the muscles and sensory organs in the limbs.

Sensory neurons transmit nerve impulses from sense organs and internal organs to the brain via the spinal cord.

neutral

These end organs convey impulses to the spinal cord via the pudendal nerves.

Sensory neurons transmit nerve impulses from sense organs and internal organs to the brain via the spinal cord.

neutral

rapid motor response to a sensory stimulus in which nerve impulses travel in an arc that includes the spinal cord but not the brain

Sensory neurons transmit nerve impulses from sense organs and internal organs to the brain via the spinal cord.

neutral

An Arabidopsis flower consists of four floral organ types, sepal, petal, stamen and carpel, found in floral whorls 1, 2, 3 and 4, respectively.

Sepals, petals, stamens, and carpels are floral organs.

entails

Floral organ primordia arise in rings, or whorls, on the flanks of the floral meristem, with sepals in whorl 1, petals in whorl 2, stamens in whorl 3 and carpels in whorl 4.

Sepals, petals, stamens, and carpels are floral organs.

entails

For example, the addition of intercalary growth at or below the base of the primordia of floral appendages such as sepals, petals, stamens and carpels may lead to a common base that is not the result of fusion.

Sepals, petals, stamens, and carpels are floral organs.

entails

Like twigs, flowers develop from buds, and the basic floral parts (sepal, petal, stamen, and carpel) are in actual fact greatly modified leaves.

Sepals, petals, stamens, and carpels are floral organs.

entails

The ABC model of floral organ development proposes combinatorial interaction of A, B, and C class genes whereby these three classes of genes specifies the four floral organs, sepals, petals, stamens, and carpels.

Sepals, petals, stamens, and carpels are floral organs.

entails

The best studied of these genes are the floral homeotic genes that control floral organ identity (sepal, petal, stamen or carpel).

Sepals, petals, stamens, and carpels are floral organs.

entails

The floral meristem under goes a series of developmental changes that eventually give rise to the four basic structures of the flower --- sepals, petals, stamens and carpels.

Sepals, petals, stamens, and carpels are floral organs.

entails

To the right of the diagram indicate which floral organs will be made at each whorl (normal floral organ order is sepals, petals, stamen, carpels).

Sepals, petals, stamens, and carpels are floral organs.

entails

Example of a floral formula The floral formula below describes the four parts labelled in the diagram above, ie four fused sepals, four petals and stamens (with the stamen fused to to the petals) and two fused carpels.

Sepals, petals, stamens, and carpels are floral organs.

entails

A sex-linked trait is one whose allele is located on one of the sex chromosomes, usually the X for autosomal traits.

Sex-linked traits are located on genes on sex chromosomes.

entails

Autosomal indicates that the genes that determine these traits are not on the X or Y sex chromosomes.

Sex-linked traits are located on genes on sex chromosomes.

neutral

Genes carried on the sex chromosomes are said to be sex-linked.

Sex-linked traits are located on genes on sex chromosomes.

entails

Genes on the sex chromosomes are called sex-linked genes.

Sex-linked traits are located on genes on sex chromosomes.

entails

If they are, that chromosome is called a sex chromosome, and the genes on it are called 'sex linked'.

Sex-linked traits are located on genes on sex chromosomes.

entails

Sex linkage- an inherited trait, such as color discrimination, determined by a gene located on a sex chromosome and that therefore shows a different pattern of inheritance in males and females.

Sex-linked traits are located on genes on sex chromosomes.

entails

Sex linked traits are traits that are due to alleles found on the X chromosome.

Sex-linked traits are located on genes on sex chromosomes.

neutral

Sex-linked genes are located on a sex chromosome, and X- linked genes are located on the X chromosome.

Sex-linked traits are located on genes on sex chromosomes.

entails

Study Sex Chromosomes and Sex-Linked Traits

Sex-linked traits are located on genes on sex chromosomes.

neutral

The presence of a dimple in the center of the chin is an autosomal dominant trait (the gene is NOT located on a sex chromosome).

Sex-linked traits are located on genes on sex chromosomes.

neutral

The reason why sex-linked genes (traits) are inherited differently is because, unlike autosomal chromosomes, the cock and the hen don't have similarly paired chromosomes.

Sex-linked traits are located on genes on sex chromosomes.

neutral

Traits controlled by alleles on sex chromosomes are sex-linked.

Sex-linked traits are located on genes on sex chromosomes.

entails

[ top | back ] autosomal: describes a trait showing a pattern of segregation characteristic of a gene located on an autosome (not a sex chromosome).

Sex-linked traits are located on genes on sex chromosomes.

neutral

answer Sex linked crosses Traits are associated with the sex chromosomes (x and y).

Sex-linked traits are located on genes on sex chromosomes.

entails

or in in vivo assays using mouse germinal cell chromosomes, Chinese hamster bone marrow chromosomes, and the Drosophila sex-linked recessive lethal trait gene.

Sex-linked traits are located on genes on sex chromosomes.

neutral

It looks as though in the early evolution of living things, a few organochlorine compounds were included in their biochemical systems.

Similarity in biochemicals, like the glucose used by virtually all living things for energy, provides evidence of evolution.

neutral

Scientists say evidence supporting the theory of evolution includes fossil records, the existence of similar structures in different animals, and the fact that all living things share similar biochemistry.

Similarity in biochemicals, like the glucose used by virtually all living things for energy, provides evidence of evolution.

entails

So does the evolution of most of the major biochemical pathways in living things.

Similarity in biochemicals, like the glucose used by virtually all living things for energy, provides evidence of evolution.

neutral

The sun provides plenty of energy to drive life processes like the development of a plant from a seed and the evolution of all living things.

Similarity in biochemicals, like the glucose used by virtually all living things for energy, provides evidence of evolution.

neutral

The tree of Life is seen in the center, symbolizing the emergence and evolution of all living things from the primal energies of self-creation.

Similarity in biochemicals, like the glucose used by virtually all living things for energy, provides evidence of evolution.

neutral

This is similar to the argument used by Bob Bales that it is hard to see evolution in the fossil or living evidence.

Similarity in biochemicals, like the glucose used by virtually all living things for energy, provides evidence of evolution.

neutral

Also, the potential is singular on the point charges, so the equipotential surfaces cannot 'start' and 'stop' like field lines do.