The relationship between the corals and the algae in the coral reefs considered because of mutualism.
Most reef-building corals have photosynthetic cells in their tissues called zooxanthellae. These unique cells and corals have a mutualistic interaction. The coral supplies the zooxanthellae with a safe habitat as well as the substances they require for photosynthesis.
In exchange, the zooxanthellae create oxygen and aid the coral in waste removal. Most significantly, zooxanthellae provide the coral with photosynthetic products such as glucose, glycerol, and amino acids.
These products are used by the coral to manufacture proteins, lipids, carbohydrates, and calcium carbonate. The interaction between zooxanthellae and coral polyps allows for tight nutrient recycling in nutrient-poor tropical environments.
Indeed, up to 90% of the organic material photosynthetically generated by zooxanthellae is transported to host coral tissue. This is the driving factor underlying coral reef development and productivity.
In addition to giving necessary nutrients to corals, zooxanthellae are responsible for the distinctive and stunning hues of many stony corals. When corals are physically disturbed, the polyps eject their zooxanthellae, and the colony becomes stark white.
This is referred to as "coral bleaching" in the industry. Coral bleaching can occur if polyps are left without zooxanthellae for an extended period of time.
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when a hair cell stereocilia bend away from the kinocilium,
voltage-gated calcium channels open when the membrane potential of the hair cell increases. it does not release neurotransmitters. it releases neurotransmitters. it generates an action potential to communicate with the auditory nerve.
If a hair cell bends toward the kinocilium it releases neurotransmitters, thus the correct option is B.
The hair cells' cilia bend in response to mechanical stimulation. Trap doors in the next cilium are connected by fine, thread-like tip linkages. The VIIIth cranial nerve experiences neural impulses as a result of the tip link being stretched as a result of the hair cells being bent. The vestibular system's hair cells differ significantly from those in the auditory system in that they only contain one highest cilium, known as the kinocilium. The cell depolarizes when the stereocilia are bent in the direction of the kinocilium, increasing afferent activity via neurotransmitter .The cell becomes hyperpolarized when the stereocilia are bent away from the kinocilium, which lowers afferent activity via neurotransmitters.
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The Complete question is :
If a hair cell bends toward the kinocilium...
A. It generates action potentials
B. It releases neurotransmitters
C. Both A and B
D. Neither A nor B
When does a recessive sex-linked trait show up for a female?
A recessive sex-linked trait shows up in a female when an abnormal gene on the X chromosome from each parent would be required since a female has two X chromosomes.
Sex-linked diseases are passed down in families from either X or Y chromosomes. X and Y are sex chromosomes.
In each pregnancy, if the mother is a carrier and the father has the disease, the expected outcomes are a 25% chance of a healthy boy, a 25% chance of a carrier girl, a 25% chance of a girl with the disease and 25% chance of a boy with the disease.
If both the mother and the father have the disease, the expected outcomes are a 100% chance of the child having the disease, whether boy or girl.
In males (who have only one X chromosome), a mutation in the copy of the gene on the single X chromosome leads to the condition. Females (who possess two X chromosomes) should have a mutation on both X chromosomes to be affected by the condition.
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9. How is information for a specific protein carried on the DNA molecule? (SB2a)
A. In the double-helix shape of the condensed chromosomes
B. As a pattern of phosphates and sugars
C. In the ratio of adenines to uracils
D. As a sequence of nucleotides
if you had extracted dna from animal cells instead of plant cells, what cell barrier would have been different? what do plant and animal cells have that bacterial cells do not?
If you had extracted DNA from animal cells instead of plant cells then cell walls will be different among them. Plant and animal cells have a cell membrane that bacterial cells do not.
Plant cell walls frequently contain other polymers like lignin, suberin, or cutin that are incorporated or anchored there. Land plants lack the glycoprotein-containing polysaccharides like carrageenan and agar that are present in the cell walls of algae. Bacterial cell walls are composed of peptidoglycan. Polysaccharides, pseudo peptidoglycan, and glycoprotein S-layers are just a few of the compounds that can be found in the cell walls of archaea. Fungi's cell walls are made of N-acetylglucosamine polymer chitin. Because their cell walls are comprised of biogenic silica, diatoms are exceptional in this regard. A cell wall is an external structural layer that is present in several cell types. It offers security, a filtering system, and structural support to the cell. Many eukaryotes, including mammals, lack cell walls, in contrast to the majority of prokaryotes and some eukaryotes, including plants, algae, and some animals (except mollicute bacteria). They serve as pressure channels, keeping the cell from overexpanding when water enters, which is one of their main roles.
The cell wall structure, which varies between taxonomic groups and species, may be influenced by the kind of cell and the stage of development.
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Need this for a biology project
The jelly fish and the butterflies both have complete life cycles.
How is the lifecycle of a jelly fish similar to that of a butterfly?The lifecycle of a jellyfish is similar to that of a butterfly in that both undergo a metamorphosis, which is a transformation from one form to another as they grow and mature.
In both the jellyfish and butterfly, the early stages are characterized by rapid growth and transformation, and the later stages represent the mature form that is capable of reproduction.
In summary, the lifecycle of a jellyfish and a butterfly are similar in that they both undergo a metamorphosis, which is a transformation from one form to another as they grow and mature.
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in what way do megasporangia differ from microsporangia?
Megasporangia and microsporangia are specialized structures in plants that are responsible for the production and dispersal of gametophytes, which are the cells that will eventually develop into gametes (sperm and egg cells).
Megaspores, the bigger of the two spore sizes produced by the plant, are produced by megasporangia, also referred to as megasporocytes. The female gametophytes that will eventually produce the egg cells are formed by the megaspores.
Microspores, the smaller of the two spore types produced by the plant, are formed by microsporangia, also referred to as microsporocytes. The sperm cells will eventually be produced by the male gametophytes, which are transformed into microspores.
Megasporangia and microsporangia typically differ in size, shape, and position inside the plant in terms of anatomy and structure. Compared to microsporangia, which are frequently smaller and found in clusters, megasporangia are typically larger and more isolated.
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What is the process by which nerve cells are coated with insulation that enhances the speed?
A fatty (myelin) sheath protects the axon. The fatty sheath accelerates nerve impulses along the neuron.
Myelination is the process by which myelin forms around axon fibers. It lasts from infancy to adolescence. Certain diseases, such as multiple sclerosis and poliomyelitis, destroy the myelin sheath. Motor neurons are damaged as a result, and muscles no longer receive signals from the brain or spinal cord. As a result, the limbs lose strength and coordination.
Glial cells create the myelin sheath. Nerve impulses are not transmitted by glial cells. They instead maintain homeostasis, form myelin, and support and protect neurons. Phagocytosis is also used by glial cells to remove debris. There are billions of neurons in the brain.
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in an early study of black spruce trees in canada's hudson bay area, researchers studying nuclear dna found no reduction of genetic diversity in post-ice-age populations, and thus no evidence of founder effects. why did a recent study, using mitochondrial dna (mtdna), show different results regarding the founder effects in black spruce?
Option a. Mitochondrial DNA (mtDNA) is maternally inherited, and thus it is passed on only through seeds, while it is absent from pollen.
Comparison of present and previously published data supports thehypothesis of a recent progenitor-derivative relationship between these species, red spruce presumably being derived by allopatricspeciation of an isolated population of black spruce during the Pleistocene.The DNA found in mitochondria, which are cellular organelles found in eukaryotic cells that transform chemical energy from food into a form that cells can utilise, such as adenosine triphosphate, is known as mitochondrial DNA (mtDNA or mDNA) (ATP). Only a small amount of the DNA in a eukaryotic cell is contained in the mitochondria; the majority of the DNA is found in the cell nucleus and, in plants and algae, also in plastids like chloroplasts.
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Full Question: In an early study of black spruce trees in the Hudson Bay area, researchers studying nuclear DNA found no reduction of genetic diversity in post Ice Age populations, and thus no evidence of founder effects. Why did a recent study, using mitochondrial DNA(mtDNA) show different results regarding the founder effects in black spruce?
a. Mitochondrial DNA (mtDNA) is maternally inherited, and thus it is passed on only through seeds, while it is absent from pollen.
b. Seeds cannot disperse as easily and as far as the pollen, which is carried by the wind.
c. Different populations of the black spruce have similar composition of nuclear DNA, but very differentwith respect to mtDNA composition.
d. all of the above
Top layer Middle layer Bottom layer Drag the labels to identify the components of whole blood after centrifugation. View Available Hint(s) Reset Help Plasma Top layer Middle layer Bottom layer Buffy coat Erythrocytes Leukocytes Hematocrit Platelets
Plasma in the top stratum. Buffy cloak, in the middle ,Erythrocytes in the bottom stratum
Red blood cells (RBC), white blood cells (WBC), and platelets are the four main components of blood. The blood divides into three different parts after initial centrifugation: plasma, buffy coat, and erythrocytes. After initial centrifugation, the upper layer is referred to as the plasma and is made up of proteins, water, and clotting factors. Plasma makes up about 55% of the overall blood volume. The buffy coat, which makes up about 1% of the overall volume, is the middle layer. It is a thin coating of platelets and leukocytes (WBC). Erythrocytes serve as a representation of the centrifugation tube's lower half. It almost equals 45%.
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all five sensory systems send information to the brain through the cranial nerves, but one sensory system sends information to the brain through the spinal nerves as well. which of our sensory systems can also send information to the brain through the spinal nerves?
Touch sensation can also send information to the brain through the spinal nerves.
PathwayThe somatosensory and autonomic nervous systems make up the peripheral nervous system. Spinal nerves are a part of the sensory pathway of the somatosensory system, which sends data about the external environment to the spinal cord.The lemniscal pathway is the pathway that controls proprioception and touch. The initial axon in this pathway travels along the spinal nerve's dorsal root before ascending the spinal cord's dorsal column.The dorsal column pathway, which transmits information about fine touch, vibration, proprioception, and two-point discrimination, and the spinothalamic or anterolateral pathway, which transmits information about rough touch, pain, and temperature, are the two main sensory pathways.For more information on touch sensation kindly visit to
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How do cells regulate the expression of genes?
a) with stop and start codons
b) by secreting unnecessary proteins
c) with transcription factors
d) by winding or unwinding chromosomes
Cells regulate the expression of genes with transcription factors.
What are Transcription factors?Proteins called transcription factors are involved in the process of turning DNA into RNA, or transcribed DNA. A large variety of proteins—aside from RNA polymerase—called transcription factors start and control how genes are transcribed.
One distinguishing characteristic of transcription factors is the presence of DNA-binding domains that enable them to bind to particular DNA regions known as enhancer or promoter sequences.
Some transcription factors contribute to the formation of the transcription initiation complex by binding to a DNA promoter sequence close to the transcription start site.
Therefore, Cells regulate the expression of genes with transcription factors.
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which of the following best describes the contraction phase of the excitation-contraction coupling reaction? choose the best answer. view available hint(s)for part g which of the following best describes the contraction phase of the excitation-contraction coupling reaction? choose the best answer. actin pushes on myosin to shorten its length, thereby shortening the muscle. an action potential travels down the t-tubule in order to release ca2 from the sarcoplasmic reticulum. actin and myosin filaments slide past each other to shorten the sarcomere, bringing z disks closer together. an action potential travels down the axon of a motor neuron in order to release acetylcholine onto the motor end plate.
The correct answer is "Actin and myosin filaments slide past each other to shorten the sarcomere, bringing z disks closer together."
Excitation–contraction coupling describes how an electrical signal, the action potential (AP), traveling along the plasmalemma evokes calcium release from the SR in the region of the myofibrils, causing a change in actin–myosin interactions, which leads to muscle contraction. In cardiomyocytes, the transduction between the electrical signal and Ca2+ release from the JSR is effected by a transmitter, which is, in fact, calcium itself.
During the contraction phase of excitation-contraction coupling, the sarcomeres in the muscle fibers contract as the actin and myosin filaments slide past each other, shortening the muscle. This causes the Z disks to move closer together, leading to muscle contraction.
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What role do lichens and moss play in primary succession?
As generations of the lichens die, their dead remains gets decompose and are added in the soil.
In general , Primary succession is considered as the places in the community that is never occupied. Hence , Pioneer communities also help in the enrichment of the soil. When the generations of the mosses or lichens die, their dead remains gets decompose and gets added to the soil. This soil then become enriched and can support variety of plant life.
Also , the Lichens are known as the pioneer community as they are the first to colonize bare rocks, mountains, and cliffs. They also helps in corrosion of rocks and accumulation of a important minerals and organic matter.
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which of the following is an example of a carbohydrate? multiple choice question. glycogen dna vitamins cholesterol
Glycogen is an example of a carbohydrate.
The majority of consumers are at least somewhat familiar with the macromolecules known as carbohydrates. Some people follow "low-carb" diets in order to reduce weight. In contrast, athletes frequently "carb-load" before significant tournaments to make sure they have enough energy to compete at a high level. Granules, fruits, and vegetables are all natural sources of carbs, which are in reality an important component of our diet. The body uses carbohydrates for energy, notably the simple sugar glucose. Additionally, in people, animals, and plants, carbohydrates serve additional critical purposes.
(CH2O)n, where n is the number of carbon atoms in the molecule, is a representation of carbohydrates. In other words, in the molecules of carbohydrates, the proportion of carbon, hydrogen, and oxygen equals 1:2:1. Three subtypes of carbohydrates—monosaccharides, disaccharides, and polysaccharides—are recognized in the literature.
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Why do we only see Neanderthal input in non-African genomes? Neanderthals never interbred with Homo sapiens in Africa. Only Y chromosome DNA can be transmitted from Neanderthal genomes.
There are Neanderthal traces in the genes of people all across the planet. However, an analysis of tens of thousands of Icelanders reveals that the Neanderthal legacy had little to no influence on the majority of their physical characteristics or risk of disease.
What is the Neanderthal input in non-African genomes?Scientists determined that all modern non-African people have some Neanderthal heritage in their DNA after sequencing the Neanderthal genome.
Researchers at Princeton University have now shown evidence of Neanderthal heritage in African populations as well, and the origin of this ancestry sheds new light on the evolution of humanity.
Therefore, In Africa, Homo sapiens did not interbreed with Neanderthals. Neanderthal genomes can only transmit Y chromosomal DNA.
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in the sense of alternation of generations, how many generations are included in a mature pine seed?
In the sense of alternation of generations, there are two generations included in a mature pine seed: the sporophyte generation and the gametophyte generation.
The sporophyte generation is the dominant phase in the life cycle of the pine seed, and is characterized by the presence of a multicellular, spore-producing structure, such as a cone or a seed. This structure contains the mature sporophytes, which produce the male or female gametophytes through meiosis.
The gametophyte generation, in turn, is characterized by the presence of tiny, single-celled structures called gametes, which are specialized for reproduction. These gametes eventually give rise to the next generation of sporophytes.
The alternation of generations is a fundamental aspect of the life cycle of many plants, including pines, and is crucial for their survival and reproduction. The presence of two generations, each with distinct characteristics and functions, allows for efficient production and dispersal of offspring, ensuring the continuation of the species over time.
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Which of the following is true of the fluid mosaic model of membrane structure?A)Membranes behave more like a solid than a liquid.B)Lipids can flip from one leaflet to another as easily as they can move laterally in a membrane.C)Proteins can easily move across membranes.D)Proteins can easily move laterally through membranes.
The most alluring representation of the plasma membrane is as a fluid mosaic. Its primary responsibility is to keep the cell's interior secret from the outside world. Thus, option D is correct.
What are the main characteristics of fluid mosaic model?The plasma membrane, which has the appearance of fluid, is said to be composed of a variety of substances, including phospholipids, cholesterol, proteins, and carbohydrates, according to the fluid mosaic theory.
The thickness of plasma membranes varies from 5 to 10 nm. A fluid mosaic theory of the plasma membrane was proposed by Singer and Nicolson.
According to this theory, the plasma membrane is made up of a bilayer of phospholipids, which gives it a mosaic-like appearance. It also contains proteins, cholesterol, and carbohydrates.
Therefore, Proteins can easily move laterally through membranes.
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What would happen if the inside solution of a cell is isotonic as well as the solution outside of it?
explain how plankton can be classified by size, what are the different size categories (including names) for marine plankton.
Bacteria, archaea, algae, protozoa, and drifting or swarming organisms that live in brackish estuaries and salty oceans are examples of marine plankton. Similar to sea plankton, freshwater plankton is a type of algae that lives in lakes and rivers.
Plankton are organisms that are present in water or the air but are unable to push against a stream (or wind). The individual organisms that make up plankton are known as plankters. They are essential for the survival of numerous small and big aquatic organisms, including fish, whales, and bivalves.
Planktons are categorized according to their lifecycles as follows:
Holoplankton - Organisms such as algae and jellyfish, that remain in a planktonic state throughout their whole lives.
Meroplankton - It is an organism that only exists as plankton during some phases of its life cycle, such as the larvae of starfish, worms, sea urchins, fish, etc.
According to their size, planktons are divided into:
Megaplankton - They are larger than 20 cm in size, such as jellyfish, tunicates, pyrosomes, etc.
Macroplankton - They range in size from 2 to 20 cm.
Mesoplankton – organisms ranging in size from 0.2 to 20 mm.
Microplankton – their size range from 20 to 200 m and include huge protists, protozoans, and the majority of phytoplankton.
Nanoplankton – size spans from 2 to 20 m, including protists, diatoms, and algae
Picoplankton – size range from 0.2 to 2 meters,such as bacteria and chrysophytes.
Femtoplankton – Viruses in the marine femtoplankton with a size of less than 0.2 m.
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how are rye grass plants adpated for wind pollination?
Rye grass plant flowers are exposed to the air. So, that they can be easily pollinated.
What is pollination?In order to facilitate fertilization and the development of seeds, pollination is the movement of pollen from an anther of a plant to the stigma of a plant, most frequently by an animal or by wind.
It is a crucial ecological survival mechanism. The human race and all terrestrial ecosystems on earth would not exist without pollinators.
In order to maximize the likelihood of pollination, wind-pollinated plants produce a lot of pollen. Additionally, it has a very, very light texture that makes it simple to fly away in the wind.
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what evidence suggests that the changes were due to the transformation procedures you performed? 4. what advantage would there be for an organism to be able to turn on or o
The evidence that suggests that the changes were due to transformation procedures you performed is that the bacteria are growing in + plasmid LB broth.
The fact that bacteria grew in the ampicillin and + plasmid LB broth shows that the bacteria ingested the plasmid bearing the resistance gene. They would all have passed away if they hadn't. Also, the absence of growth in the - plasmid containing plates is proof that the plasmid interfered with bacterial development.
The resistant gene can be activated if ampicillin is present, allowing the bacteria to fight against ampicillin's lethal effects. The gene can be turned off if the bacteria isn't present, though. This would enable cells to almost manage their own demise.
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Complete question is:
What evidence suggests that the changes were due to the transformation procedures that you performed?
What advantage would there be for an organism to be able to turn on or off particular genes in response to certain conditions?
the embroyblast eventually differentiates into the
zygote. blastocyst primary germ layers. sperm and egg
The embryoblast eventually differentiates into the blastocyst. Early in the development of an embryo, a formation known as a mammalian blastocyst forms.
It has a layer of trophoblast cells on the surface known as trophectoderm as well as an inner cell mass (ICM), also known as an embryoblast, which later develops into an embryo. The blastocoel, a chamber filled with fluid, and the inner cell mass are both enclosed by this layer. Trophoblast is the name for the trophectoderm in the late blastocyst. The trophoblast creates the chorion and amnion, the two foetal membranes that cover the embryo. The two sources of the placenta are the mother's underlying uterine tissue and the embryonic chorion, or the portion of the chorion that creates villi.
The complete question is:
The embroyblast eventually differentiates into the
a) zygote
b) blastocyst
c) primary germ layers
d) sperm and egg
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glucose is in a high concentration in extracellular fluid. how can we increase the movement of glucose into a cell?
The activity of the cotransporter increases the glucose concentration inside the cells.
Glucose is transported across the apical plasma membrane of intestinal epithelial cells by the sodium-glucose cotransporter (SGLT, purple protein in the figure at right). Transport via the sodium-glucose cotransporter is referred to as secondary active transport because transport depends upon the Na+ gradient (which is established using the energy of ATP hydrolysis).
Just after a meal, there will be abundant glucose in the lumen of the intestine, favoring absorption. Towards the end of the absorptive phase of a meal, however, the cotransporter is still able to move glucose into the cell (uphill against its concentration gradient) because of the strong Na+ concentration gradient. This is what is depicted in the figure, where the size of the type for Na+ and glucose indicates their relative concentrations.
The Na+ gradient is established through active transport by the Na+/K+-ATPase (red), which is located on the basolateral membrane. The activity of the cotransporter increases the glucose concentration inside the cells, allowing glucose to be transported into the ECF via the glucose transporter (GLUT,blue). Facilitated diffusion of glucose into the ECF is a passive process, since glucose flows down its concentration gradient.
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The specific amino acid sequence in a protein is its:___________ A) secondary structure. B) tertiary structure. C) zero order structure. D) quaternary structure. E) primary structure
The specific amino acid sequence in protein is its : E) primary structure.
What is meant by amino acid?Amino acids are the molecules that combine to form proteins and amino acids and proteins are building blocks of life. When proteins are digested, then amino acids are left and body uses amino acids to make proteins to help body break down the food.
Amino acids are organic compounds that have both amino and carboxylic acid functional groups. Although hundreds of amino acids exist in nature, the most important are alpha-amino acids, which comprise of proteins and only 22 alpha amino acids appear in the genetic code.
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The process by which glucose is formed from non-carbohydrate compounds is calledA) GlycogenesisB) GlycolisiC) GlycogenolysisD) Gluconeogenesis
Gluconeogenesis is the process by which glucose is made from substances other than carbohydrates. Thus the correct answer is option (D). Glucogenesis.
Gluconeogenesis is the process through which non-carbohydrate substances are converted into glucose. Pyruvate, lactate, a few gluconeogenic amino acids, and glycerol, which are mostly produced by fat metabolism, are the main precursors of gluconeogenesis. Glucoseconeogenesis is a process that generates glucose and is crucial for sustaining blood glucose levels during hunger, whereas glycolysis is a catabolic process of glucose hydrolysis required for energy and biosynthetic intermediates. Contrary to gluconeogenesis, which creates glucose from non-carbohydrate sources such lactic acid, glycerol, and amino acids, the liver releases glucose when blood sugar levels fall.
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part of the uterus which allows the females eggs move through the fallopian tubes is called ?
Answer: Your fimbriae are finger-like projections at the ends of each of your fallopian tubes. Each month, they sweep a newly released egg from your ovaries into your fallopian tubes.
Explanation: Hope this helps!
Answer:
fimbriae
Explanation:
The fimbriae are finger-like projections at the end of the fallopian tubes that help to "catch" the egg as it is released from the ovary and guide it into the fallopian tube where fertilization may occur.
ALLEN
What is the purpose of a differential white blood cell count?
A differential white blood cell count (or differential WBC count) is a medical test that determines the different kinds of white blood cells in a blood sample.
The human body has five different kinds of white blood cells (WBCs): neutrophils, lymphocytes, monocytes, eosinophils, and basophils. The amount of immature white blood cells present in the body as well as the relative proportions of these five different kinds of WBCs are determined by the differential WBC count.
Leukemia, infections, and inflammatory disorders are just a few of the ailments and diseases that the test findings may be used to monitor and diagnose. It is also used to monitor therapeutic response and evaluate therapeutic effectiveness.
The differential WBC count is frequently conducted alongside other tests, such as a blood smear or a peripheral blood smear, a complete blood count (CBC), and the differential WBC count.
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Is the epidermis replaced every 4 weeks?
This takes about 2-4 weeks to complete. This ongoing cell regeneration in the skin's epidermis is crucial. It is accurate to say this.
What does the skin's epidermis mean?The topmost layer of the skin on human body is called the epidermis. It defends your body from damage, keeps you hydrated, regenerates skin cells, and includes melanin, which gives your skin its colour.
What in biology is an epidermis?The epidermis is the exterior layer of cells that covers an organism, specifically the surface mucosa of an animal's skin. It is also the outermost layer of tissue of a plant, with the exception of places where periderm takes its place. 1) The epithelia shield the cells underneath them.
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Which characteristic was not necessary in order for plants to colonize land?A. Vascular tissue for moving water throughout the plant
B. a waxy cuticle to reduce water loss
C. the ability to screen ultraviolet light
D. the development of thick spore walls to protect the spore from dehydration
E. development of embryos protected inside other tissues
C. the ability to screen ultraviolet light was not necessary in order for plants to colonize land.
Although it is undoubtedly beneficial for shielding the plant from damaging UV rays, it is not necessary for a successful colonization. More crucial for plants to survive in a terrestrial environment were other adaptations including vascular tissue for transporting water throughout the plant, a waxy cuticle to prevent water loss, and the development of strong spore walls to guard the spore from dehydration. To colonize the land the plant need system to acquire water and nutrient given by roots, and way to reduce water losses, also prevention against high intensity sunlight.
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homeowners can reduce their ecological footprint through conservation landscaping techniques. describe how one conservation landscaping technique can reduce home electricity consumption during cold winters.
Add soil amendments or mulch to landscaped areas to prevent evaporation water loss from the soils around trees as well as other landscaped vegetation helps in reducing the home electricity consumption during cold winters.
Explain about the conservation landscaping technique.A strategically positioned tree, bush, or vine can serve as a windbreak, provide efficient shade, and lower your energy costs.
Trees that are strategically placed can reduce energy use in ordinary homes by up to 25%.This solar heat gain can be decreased by including shade from landscaping components. As much as 6° F can be deducted from the ambient air temperature by trees' shading combined evapotranspiration (a process through which a plant continuously moves as well as releases water vapour).Thus, add soil amendments or mulch to landscaped areas to prevent evaporation water loss from the soils around trees as well as other landscaped vegetation helps in reducing the home electricity consumption during cold winters.
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