A reverse fault occurs when compression acts on a normal fault
true
false
A reverse fault occurs when compression acts on a normal fault is referred to as a true statement and is denoted as option B.
What is Reverse fault?Thus is referred to as the reverse type of a normal fault which occurs as a result of compressional forces on rocks and other materials in the earth crust.
This type of fault usually occurs when one side of the land moves upwards while the other side stays still as a result if the forces involved and a re commonly found in convergent plate boundaries. This is therefore the reason why true was chosen as the most appropriate choice.
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A scientist discovers that there is a virus that turns pil
bugs purple when they become infected, the virus also
slowty kills them. She wonders if this vrus is spread
through ar or through contact. She sets up four smal
chambers for her experiment, each has its own isolated
or supply. Each has 5 purple pill bugs and 30 gray normal pl buns, all the
same age, size, and sex One chamber has a divider separating the purpl
pill bugs on the left and the normal pl bugs on the right. The dvder
allows air to flow from the left side to the right side, but pl bugs
cannot pass through the divider: The second chamber has a dider
separating the infected and noninfected plibugs, but this divider does no
let ar pass through it, each side of the chamber has its own ar supply.
A third chamber is set up with no dividen, the pill bugs can interact with
each other. In the Fourth chamber, she places only 50 noninfected pl
bugs with no divider. Each day over a month, she observes the pl bugs
and records how many turn purple and how many die.
what is the independent variable, dependent variable, constants, control group, and experimental group?
In the given experiment to investigate if the virus spreads through contact or air, four chambers containing both infected and non-infected bugs are set up as follows:
With divider that allows air flowWith divider that doesn't allow air flowNo divider; both kinds of bugs are allowed to come in contactOnly non-infected bugs presentHere,
Independent variable: Infection by the virus which turns them purple and slowly kills them. Dependent variable: life of bugs that depends on the independent variable, which here is the the viral infection.Constant: age, size and gender of bugs have been kept same in every chamber.Control group: group 2 and 4 act as a control group. That is because, healthy bugs are kept in an isolated environment where contamination is not possible either through air or through contact.Experimental group: the first three chambers where infected bugs are kept along with non-infected bugs are a part of the experimental group.In Group 1, if the healthy bugs get an infection, it would suggest that the infection spreads through air since the barrier separating them allows air passage from one side to the other. Group 2, can act as a control group for group 1 since the barrier does not allow air flow and both chambers have separate air flow. In Group 3, if healthy bugs get infected then it would suggest that the infection spreads through contact.Learn more about research methodology here:
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If you refuse to the state administered chemical test of your blood, breath, urine or other bodily substances, how long could your license be suspended for?.
Answer:
It depends on what state you are driving in.
Explanation:
Usually it’s a one year suspension.
why are lysosmes important to the health of cells
Answer:
Some of the main functions of Lysosomes are as follows:
Intracellular digestion: …
Removal of dead cells: …
Role in metamorphosis: …
Help in protein synthesis: …
Help in fertilization: …
Role in osteogenesis: …
Malfunctioning of lysosomes: …
Autolysis in cartilage and bone tissue:
Explanation:
Which brain structure relays information from the eyes to the visual cortex?
a. thalamus
b. amygdala
c. medulla
d. hippocampus
e. cerebellum
Thalamus brain structure relays information from the eyes to the visual cortex.
Thalamus- A tiny part of the brain, the thalamus is connected to both the cerebral cortex as well as the midbrain by a large number of nerve fibers. It is situated between them slightly above the brain stem.
Cerebral cortex- The outer layer of neuronal tissue that makes up the cerebrum of a brain in mammals and humans is called the cerebral cortex. Only 10% of the cerebral cortex is made up of allocortex, which is a six-layered structure.
Mid Brain- The uppermost portion of the brainstem, which serves as the spinal cord's connecting point with the brain, is known as the midbrain.
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Humans currently are
1. Two of these
2. All of these
3. unevenly distributed and the difference is
increasing.
4. using almost half of the Earth's land.
5. using unevenly distributed resources; less
than 20% use over 80% of the energy.
6. using over half of all renewable fresh water
sources.
7. Three of these
Humans currently are found to be unevenly distributed and the difference is increasing, using almost half of the Earth's land. Humans also use unevenly distributed resources; less than 20% use over 80% of the energy and over half of all renewable freshwater sources making option 2 the correct answer.
Why are humans currently doing these things?
Humans currently are found to be unevenly distributed due to some factors such as climatic factors, economic factors, political factors, geographical factors, and so on. These factors differ across the world and thereby causing uneven distribution of humans and the factors are either getting better or worse in some parts of the world causing an increase in the differences.The human population is increasing rapidly with the increase in activities like agriculture, raising shelters, and economic expansions, as driven humans to almost half of the Earth's land.Resources are not evenly distributed throughout the world as climate differs and this difference is increasing due to humans concentrating more in areas where the resources are available in abundance. The majority of the population doesn't have access to energy resources.There is a big dependence on water by humans and freshwater resources are overexploited even when we have less than 3% of the world's water is fresh. Freshwater is a renewable resource from sources like lakes, rivers, reservoirs, and underground sources.In summary, the human population is increasing rapidly across the world resulting in using unevenly distributed resources, using over half of all renewable freshwater sources, and using almost half of the Earth's land.
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With a short time remaining in the day, a delivery driver has time to make deliveries at locations among the locations remaining. How many different routes are possible?.
84 different routes are possible for a delivery driver to make deliveries at locations within the outstanding locations.
The notion of combination in this question provides us with a number of alternative methods to organize a selection from a set. It is most commonly employed in probability. The formula for combination is given by:
(nCr)= n!/(n-r)!r!
To figure out how many paths are conceivable, we must first figure out what is available. Because there are only nine remaining places, we use n = 9. We can only accept 6 places; thus we use r = 6. We utilize combination to determine the number of possible routes that the delivery driver might take. (9C6)
(nCr)= 9!/((9-6)! 6!)
(nCr)= 9!/((3)! 6!)
=84
Therefore, there are 84 possible routes in which the delivery driver can make the deliveries.
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which students gave an accurate statement regarding cellular transport
The student that gave the best explanation about cellular transport would be student 1,2 and 4.
What is cellular transport?This is the term that is used to refer to the transportation of cell materials along the cell membranes of a living thing. The ways that the cell transport are known to happen would be either in the active transportation or the passive transportation. The passive transportation of the materials is one that does not need the many energy requirements but the one that is the active transportation is one that has to do with the energy for it to happen.
Hence we can say that the student that would have the best explanation based on the question that we have here and the graph would be the student that gave the solution as 1, 2 and 4.
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Complete question
Students are discussing what they know about cellular transport. Their explanations are displayed in the table. Which student(s) gave an accurate statement regarding cellular transport? * EXPLANATION Passive transport is the movement of molecules from high to low concentration. 2 The sodium-potassium pump is an example of active transport because it uses energy 3 Molecules move against the concentration gradient in passive transport. 4 Diffusion and osmosis are both examples of passive transport. O Student 1 only O Students 1 and 2 Students 1, 2, and 4 O Students 2, 3, and 4
The skin swells and puckers during a long bath. this suggests that bath water is a(n) ________ fluid.
The skin swells and puckers during a long bath. this suggests that bath water is a(n) hypotonic fluid.
What is a hypotonic solution?The solution which contains less amount of salt than the surrounding solution is called a hypotonic solution. The solution which contains more solute than surrounding solution it is called hypertonic solution.
The solution which contains same amount of solute then surrounding solution is called isotonic solution.
When skin swells and puckers during a long bath, because it is placed in hypotonic solution. It has less solute such as Na, K and phosphorus ions therefore skin puckers.
Therefore, The skin swells and puckers during a long bath. this suggests that bath water is a(n) hypotonic fluid.
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The net movement of molecules from a region where their initial concentration is higher to a region where their initial concentration is lower is called.
The net movement of molecules from a region where their initial concentration is higher to a region where their initial concentration is lower is called Diffusion.
Diffusion- A material diffuses when it moves from a region of high concentration to one with a lower concentration. When particles in gases and liquids randomly collide and disperse, diffusion takes place. For living organisms, diffusion is a crucial mechanism because it governs how molecules enter and exit cells.
Cell- The fundamental units of all living organisms are cells. There are many billions of cells in a human body. They provide the body structure, absorb nutrients from meals, turn those food into energy, and perform certain tasks.
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A natural resource management team was using the adaptive management approach. due to climatic changes in their project site, the implemented methods failed. they therefore start redesigning their plan. which stage of the adaptive management involves redesigning the plan?
The stage of the adaptive management which involves redesigning the plan is to adjustive stage.
An organized method of decision-making called adaptive management places a focus on transparency and responsibility. When there is a great deal of ambiguity about the best technique for managing natural resources, adaptive management is helpful.
For instance, adaptive management is used in conservation efforts to better species, national seas policy (including the administration of national marine sanctuaries), and to restore sizable aquatic ecosystems in freshwater areas. In all these ways adjustment can be done according to the environment.
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The body performs many processes that depend upon energy and could not occur without a supply of atp. How does the energy from atp power the cellular reactions?.
The body performs many processes that depend upon energy and could not occur without a supply of ATP. ATP powers cellular reactions by y transferring a phosphate group to another molecule in a process known as phosphorylation.
ATP also known as adenosine triphosphate is a molecule that is found in the cells of living organisms. ATP releases energy to start the different cellular processes. It itself stores energy from the breakdown of food.
It does not exactly store the energy but acts as a way of transport to deliver energy where it is required within the cell. It also provides energy to those reactions which release energy but need a little to proceed.
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Determine whether the following statement is true or false: optogenetics uses transmitter-gated channels that have been introduced by genetic engineering techniques to control neurons.
Optogenetics uses transmitter-gated channels that have been introduced by genetic engineering techniques to control neurons. This statement is False.
What is Optogenetics?
Optogenetics is an experimental method of biological research that blends genetics and optics in tools designed to manipulate (by triggering or inhibiting) particular events in living animal tissue cells. Optogenetics, as opposed to previous experimental methods for light control, enables scientists to utilize light to turn cells on or off in living, moving creatures with exceedingly fine resolution and precision. As a result, it can be used to not only control some animal behaviours, such as inducing or reducing pain or fear responses but also to pinpoint the role that particular cells play in those behaviours.
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Is used in all steps of protein synthesis and carries the genetic information of many viruses.
RNA used in all steps of protein synthesis and carries the genetic information of many viruses.
RNA- All living cells contain ribonucleic acid, also known as RNA, a nucleic acid that has characteristics similar to DNA. However, unlike DNA, RNA frequently has a single strand. The backbone of an RNA molecule is composed of sequential phosphate groups in addition to the sugar ribose, as opposed to the deoxyribose found in DNA.
DNA- The molecule that houses the genetic material required for an organism to develop and function and is present inside of cells. Thanks to DNA molecules, this information may be passed along from one generation to the next.
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1. The dark, circular
ribosome assembly begins.
is where ___ribsome assembly begins
2. The thread-like chromosomes are spread
throughout the nucleus in the form of____
3. The membrane of the nucleus is dotted
with____ to allow material in and out
The dark, circular ribosome assembly begins is where the nucleolus ribsome assembly begins.The thread-like chromosomes are spread throughout the nucleus in the form of DNA wrapped tightly by proteins called histones. The membrane of the nucleus is dotted with rough endoplasmic reticulum and is dotted with ribosomes.
Processing and meeting start withinside the nucleolus, retain withinside the nucleoplasm and are finished withinside the cytoplasm. The outer membrane of the nucleus is the membrane dealing with the cytoplasm. In mammals, the outer nuclear membrane is non-stop in lots of locations with the difficult endoplasmic reticulum and is dotted with ribosomes.
The thread-like shape placed withinside the nucleus of cells of flora and animals is referred to as a chromosome. The time period chromosome became first coined with the aid of using German anatomist Henrich Wilhelm Waldeyer in 1888. Each chromosome consists of DNA wrapped tightly with the aid of using proteins referred to as histones.
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Answer:
1.)The dark, circular Nucleolus is where ribosome assembly begins.
2.)The thread-like chromosomes are spread throughout the nucleus in the form of Chromatin
3.)The membrane of the nucleus is dotted with Nuclear Pores to allow material in and out.
Explanation:
Which model best represents the results the student would expect to see if the dialysis bag filled with a 5% starch solution is placed in distilled water for one hour?.
Answer: The bag filled with the distilled water will decrease in mass as will the dialysis bag with 0.2M of sucrose. The decrease in mass is due to the concentration of the solutes being higher in the solution outside of the dialysis bag, which will cause water to flow out.
Explanation:
Wild-type mice have brown fur. You have two strains of pure breeding mutant mice, both of which have white fur. When you cross the two strains with each other, all of the progeny have wild-type brown fur. What does this genetic complementation tell you?.
More than one gene is involved in determining the coat color phenotype.
What is color phenotype?A set of an organism's visible qualities or characteristics is referred to as the phenotype in genetics. The phrase includes an organism's morphology, or physical shape and structure, as well as its physiological and biochemical characteristics, behavior, and the outcomes of behavior.
The expression of an organism's genotype, or genetic makeup, and the impact of environmental circumstances are the two fundamental components that determine its phenotype. Both elements may interact, which would further influence phenotypic. A species is considered polymorphic if there are two or more phenotypes that are visibly distinct within the same population. The color of Labrador Retrievers is a well-known case of polymorphism; while the coat color is determined by a number of genes, it is readily apparent in the environment as yellow, black, and brown.
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Question #2
Multiple Choice
Securing the crime scene includes
O the emergency medical team's arrival
the proper packaging and storing of all
evidence
the locking of all the doors around the house
the law enforcement officer taking command
of the scene and setting boundaries so that
O uninvolved persons cannot come on the
scene, thus keeping both people and
evidence safe
The villi and microvilli are the site of nutrient:____.
a. absorption.
b. digestion.
c. excretion.
d. elimination.
The villi and microvilli are the site of nutrient : absorption.
What is the absorption process?
Absorption. The small intestine's cell membranes allow the simple molecules produced by chemical digestion to enter the blood or lymph capillaries. Absorption is the name of this procedure.
The small intestine's surface area is increased by villi and microvilli, which facilitates the absorption of bile salts and vitamin B12. Villi and microvilli enhance the small intestine's surface area, which improves nutrient absorption by diffusion.
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What is the primary function of Glucose?
Answer:
A primary role for the glucose molecule is to act as a source of energy; a fuel.
Explanation:
Plants and animals use glucose as a soluble, easily distributed form of chemical energy which can be 'burnt' in the cytoplasm and mitochondria to release carbon dioxide, water and energy.
Answer:
It is a source of energy.
Explanation:
Plants and animals use glucose as a source of fuel and is a source of energy in a cell function. It also generates energy that the Human cells use to carry metabolic and biological function.
The rna transcript being produced by the rna polymerase is complementary to the template strand of the dna. True or false?.
The rna transcript being produced by the rna polymerase is complementary to the template strand of the dna is True.
When necessary, cells may quickly produce a vast amount of protein due to the fact that the same gene can produce numerous identical copies of RNA and that each RNA molecule can direct the production of numerous identical protein molecules. However, the efficiency at which each gene is transcribed and translated can vary, allowing the cell to produce large amounts of some proteins and minuscule amounts of others.In the 5' to 3' direction, RNA polymerase creates an RNA transcript that is complementary to the DNA template strand. The DNA double helix is opened as it advances down the template strand in the 3' to 5' direction.To learn more about rna polymerase.
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Please help me i am stuggaling so badly acellus what is the energy of an orange lamp with a frequency of 5.10 x 10^14 hz ? x 10^? <----- answer like than please
5.88235.10-7 is the energy of an orange lamp with a frequency of 5.10 x 10^14 hz.
What is frequency ?The number of times a repeated event occurs in a given amount of time is known as its frequency. It is also sometimes called "temporal frequency" to stress the contrast to "spatial frequency" and "ordinary frequency" to underline the contrast to "angular frequency." Hertz (Hz), which is equal to one (event) per second, are the units used to express frequency.
The reciprocal of frequency, the period is the length of time occupied by one cycle in a repeating event. The period, T—the space between beats—of a heart beating at a frequency of 120 beats per minute (2 hertz), for instance, is half a second (60 seconds divided by 120 beats). Science and engineering employ frequency as a key characteristic to define the temporal scale.
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▸ a Write down the physical states of each compound at ▸ i 30°C. ▸ii -100°C ► iii 80°C
The physical states of water ([tex]H_{2} O[/tex]) at the following temperature will be:
30°C: Liquid-100°C: Solid80°C: LiquidLiquid, gas, and solid are the three basic states of matter.For instance, water is a gas above 100 degrees Celsius and a solid below 0 degrees Celsius. At varying temperatures, different materials change their states; for instance, metals become liquid at significantly greater temperatures.Although minuscule particles make up gases, liquids, and solids, their behavior vary between the three phases.The particles in a
Gas is kept well apart and is not arranged consistently.Liquid are close together but not in a predictable pattern.Solids are compactly arranged, typically in a predictable way.The particles in a
Gas moves freely and vibrates at great speeds.Liquid moves, vibrates, and slides past one another.Solid jitter (vibrate), but typically don't move haphazardly.Learn more about the states of matter here:
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in addition to burning fossil fuels, humans return co2 to the atmosphere faster than it can be removed by: expanding rice production. generating nutrient pollution. expanding beef production. clearing forests for agriculture. polluting the oceans.
Humans not only use fossil fuels but also cut forests for agriculture, which releases more CO2 into the atmosphere than it can be taken out.
Fossil fuels being burned:
Oil, natural gas, and coal are examples of fossil fuels that are burned to provide energy. We use this energy to create electricity, as well as to fuel industrial activities and forms of transportation (such vehicles and airplanes).
The burning of fossil fuels has various effects on the Earth system. Some of these possibilities are:
The greenhouse gases carbon dioxide (CO2) and nitrous oxide (N2O) are released into the atmosphere, increasing the greenhouse effect (the reflection of heat back into the atmosphere) and increasing the average global temperature. These greenhouse gases can remain in the atmosphere for decades to hundreds of years.
Fossil fuels form over millions of years from the burial of photosynthetic organisms, including terrestrial plants (which primarily form coal) and marine plankton (which primarily form oil and natural gas).
To grow, these organisms removed carbon dioxide from the atmosphere and oceans, and their burial inhibited the movement of that carbon through the carbon cycle. Burning this fossil material releases this carbon into the atmosphere as carbon dioxide. Its speed is hundreds to thousands of times faster than burial and much faster than the carbon cycle can remove it.
Thus, the carbon dioxide released when burning fossil fuels accumulates in the atmosphere and some of it dissolves in the ocean, causing ocean acidification.
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Since the 1950s, water temperatures along the cost of Tasmania have increased, allowing the sea urchin C. rodgersii to expand its range. Predict: What is most likely happening to sea kelp beds along Tasmania and why?
Because of the misalignment of marine ecosystems, sea urchin populations have increased.
Briefing :Large areas of ocean are becoming bare due to the destruction of kelp forests. These kelp forests are a vital component of a carbon sink that aids in the fight against global warming.
How is the survival of sea urchins affected by temperature?One of the main environmental factors that influence sea urchin gonad production and gonad quality is temperature. Below 20 °C is the ideal temperature for S. intermedius in the Sea of Japan. Test diameter (TD) can decrease, there can be morbidity and even death when the water temperature is higher than 25 °C.
Coral reef ecosystems, which are home to a bewildering array of marine biodiversity and serve as essential sources of human food, are negatively impacted by coral bleaching, which is brought on by warmer waters.
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The main function of
detritivores/decomposers/detritus
feeders is to
A.
capture the sun's energy for the ecosystem.
B. release and return matter back to the ecosystem.
C. do nothing as they are not an important part of
the ecosystem.
D. organize the ecosystem.
The main function of detritivores/decomposers/detritus feeders is to: B. release and return matter back to the ecosystem.
What are detritivores?The detritivores are decomposers that will obtain their food from the detritus of the organic matter that is decomposing. This makes them an important part of the ecosystem since they will contribute to the return of nutrients that cannot be decomposed by other organisms.
There are organisms in the ecosystem such as bacteria or fungi that are not able to digest certain types of bits left over from the decomposition of organic materials that other larger detritivores can, but they can absorb butrients at the molecular level.
Within the detritivores we find millipedes, carrion flies, earthworms, some types of beetles, among others.
Therefore, we can confirm that the main function of detritivores/decomposers/detritus feeders is to: B. release and return matter back to the ecosystem.
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Which way do the blue water molecules travel to get into the xylem? Do they go through cell cytoplasm or cell walls, or both?
From the soil, water molecules move into the root hairs. Aquaporins are holes that allow water molecules to pass through cell membranes.
What exactly are molecules?One or more atoms make up molecules. If they contain more than one, they may contain different atoms or the same atoms (for instance, an oxygen molecule has two oxygen atoms) (a water molecule has two hydrogen atoms and one oxygen atom). The number of atoms in biological compounds like DNA and proteins can reach thousands.
How are molecules created?A molecule is the term used to describe the aggregate of atoms that results from the formation of covalent bonds. Therefore, we might claim that a molecule is the most basic component of a covalent composite.
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question chitinase is an enzyme that breaks down the chitin molecules in the insect exoskeleton. the sequence of amino acids in the chitinase is an example of which level of protein structure? secondary secondary, tertiary tertiary primary primary quaternary quaternary
Chitinase is an enzyme that breaks down the chitin molecules in the insect exoskeleton. The sequence of amino acids in the chitinase is an example of which level of protein structure is primary.
Chitinases are a common component of all living things and can be found in archaea, bacteria, fungi, plants, and animals. Chitin, the second-most prevalent carbohydrate in nature after cellulose, is broken down by them. As a result, they are crucial for preserving a balance between the carbon and nitrogen that are locked in biomass as insoluble chitin. 18 and 19 glycoside hydrolases are the two families into which chitinases are divided. Many members of the family 18 of chitinases possess a second module, called the chitinase insertion domain, in addition to the catalytic domain, which is a triosephosphate isomerase barrel. The biological significance of the catalytic domain in chitinase activity is the subject of several investigations, although the role of the chitinase insertion domain is still poorly known.To learn more about Chitinase.
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Answer: primary
Explanation: i did test
if the scientists that believe the virus has not reached loulslana are accurate
Answer:
If you're asking if the virus has reached Louisiana, the scientists that say this are not correct.
Explanation:
See, COVID-19 has spread all over the world - from the largest city in the world to the smallest village in the remotest parts. In some places, the government enforces more strict laws, so the death rates and case rates are lower. However, there is no way to avoid catching COVID-19 completely, no matter where you go.
Which water depth had the biggest difference in survival rates for embryos with uv-b protection versus embryos without uv-b protection?.
10cm water depth had the biggest difference in survival rates for embryos with uv-b protection versus embryos without uv-b protection.
What is an embryo?An embryo is the first stage of an eukaryotic organism's development.. In organisms that reproduce sexually, embryonic development is the part of the life cycle that begins just after fertilization male sperm cell on the female egg cell.Humans are complete while they are in the early stages of development as embryos.
What can cause an embryo not to implant?There are only two plausible explanations for why an embryo doesn't implant: either the embryo isn't good enough (genetically defective), or the endometrium isn't "receptive" (allows the embryo to implant) enough.
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