The assertion made is accurate. The body's automatic processes are controlled by the autonomic nerve system. It is divided into two parts: the sympathetic division and the parasympathetic division. The fight-or-flight response is controlled by the sympathetic nervous system.
Which of the following statements concerning the autonomic nervous system is accurate?
The answer to the question about the autonomic nervous system is C. The sympathetic division's ganglia are located far from the visceral effectors and close to the spinal cord.
What is the sympathetic nervous system's division?
Introduction. Along with the parasympathetic nervous system (PNS), the sympathetic nervous system (SNS) is one of the two divisions of the autonomic nervous system (ANS). These two systems primarily function involuntarily in opposition to one another to control numerous bodily processes and parts.
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what is the structure of prokayotic cells
A cell has 50% solute and 50% solvent. The solution the cell is sitting in has 30% solvent, and 70% solute. What would happen to the cell, if the membrane only allowed diffusion to take place.
From the options ;The cell would crenate, the solvent would move into the solution ( A )
Hello your question is incomplete attached below is the complete question
since the cell has a 50% solute and 50% solvent while the solution where the cell is sitted contains a 30% solvent and a 70% solute. and the cell membrane allows for osmosis. this shows that the solute concentration in the solution is higher than solute concentration in the cell.
The solution is hypertonic ( has a higher solute percentage ) therefore the water ( solvent ) from the cell will move into the solution causing the cell to crenate.
hence we can conclude that the cell would crenate and the solvent would move into the solution
what overall changes in the digestive system appear with age? decreased secretory mechanisms
Our digestive system moves food through our bodies through a series of muscle contractions. As we age, this process can slow down. When that happens, more water from the food is absorbed into the body, which can lead to constipation. Staying hydrated is very important to help prevent constipation.
Ageing can have drastic effects on the functions of the digestive system. One of these is reduced appetite due to changes in hormone production and an alteration in smell and taste. Physiological changes in pharyngeal skills and esophageal motility may lead to dysphagia and reflux.
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what is a gene?(1 point) responses a large molecule that performs a specific function a large molecule that performs a specific function a point that joins two halves of a chromosome a point that joins two halves of a chromosome a section of dna that encodes a specific protein a section of dna that encodes a specific protein a structure that contains many chromosomes
Gen is a point that joins two halves of a chromosome a section of DNA
that encodes a specific protein.
What is the function of genes?Genes function to pass down genetic information by coding proteins. Genes determine the physical traits that parents will pass on to their offspring.
Genes are the smallest units of genetic material that control the heredity of organisms. Genes consist of DNA spun by histone proteins and arranged in a linear and orderly series at loci on chromosomes.
Each chromosome has hundreds of loci so in a cell, there are thousands of genes. There are 3 types of gene components, namely cistrons, recons, and muttons.
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Asiatic tigers are considered an endangered species. The tiger population is rapidly declining across Asia due to poaching and habitat loss. Which type of investigation would provide the most accurate data on the tiger population?
A. systematic observation of Asiatic tigers that counts the number of tigers observed
B. a field study that observes asiatic tigers in their natural habitat
C. a comparison of asiatic tigers to the bengal tigers
D. a model representation of the asiatic tiger range
Answer: the answer is A
Explanation:
The systematic observation is a type of investigation which would provide the most accurate data on the tiger population. Thus, the correct option is A.
What are the reasons for declining population of tigers?Asiatic tigers have been lost with an estimated percentage of over 95 of their historical range. Their natural habitat has been destroyed, degraded, and fragmented by human activities which lead to their loss. The clearing of forest areas for agricultural activities and timber, as well as the building of road networks and other development activities, pose serious threats to the tiger habitats are the major threats to tiger population.
Tiger populations can be saved by protecting tigers and their habitat, build capacity in range states, reduce human-tiger conflict, and conduct scientific research on the tigers to help inform conservation strategies.
A systematic observation of the Asiatic tigers that counts the number of tigers observed in an area would provide the most accurate data on the tiger population.
Therefore, the correct option is A.
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choose all that send inputs to the ans? multiple select question. spinal cord cerebral cortex medulla oblongata efferent motor neurons hypothalamus
Two chemical messengers (neurotransmitters) are used to speak in the autonomic apprehensive system are hypothalamus.
Norepinephrine Sensory and motor neurons tour via the brainstem, conveying messages among the mind and spinal cord. The brainstem controls many autonomic capabilities of the PNS, which includes respiration, coronary heart price and blood pressure.
The hypothalamus, simply above the mind stem, acts as an integrator for autonomic capabilities, receiving autonomic regulatory enter from the limbic system.
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what is the name of the process through which polypeptides, polysaccharides, or triglycerides are catabolisez
It is known as hydrolysis when polypeptides, polysaccharides, or triglycerides are broken down.
Condensation and hydrolysis have the same meaning in biology as they have in chemistry. As far as my understanding goes, hydrolysis is typically and most frequently utilized to break down ester connections in lipids, glycosidic bonds in polysaccharides, and peptide bonds in polypeptide molecules. For the opposite result, condensation reactions take place. In any class of carbohydrates, polysaccharides are molecules that include chains of monosaccharide units. Among polysaccharides include starch, glycogen, and cellulose. Proteins are a kind of polypeptide, which is a molecule consisting of long chains of amino acids.
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pedigree diagram and punnette square
According to Punnett square, for colourblindness, TJ and DJ are either both girls or both boys, or one girl and one son.
The chance of having a hemophilia carrier girl is 1/2.
What is Punnett square?Asquare diagram is made up of a grid of typically four boxes that are used to compute and show all the frequencies and combinations of the various genotypes and phenotypes among the progeny of a cross in accordance with Mendelian inheritance.
What is Hemophilia?Hemophilia, a bleeding disorder where the blood does not clot properly, is typically inherited. This may result in both spontaneous bleeding and bleeding after injury or surgery. Blood contains a variety of clotting proteins that can aid in controlling bleeding. Low amounts of either factor VIII or factor IX are seen in hemophilic person.
Hence, according to Punnett square, for colourblindness, TJ and DJ are either both girls or both boys, or one girl and one son.
The chance of having a haemophilia carrier girl is 1/2.
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Which of these environmental factors is most likely to disrupt a female's
reproductive cycle?
O A. Physical stress
OB. Regular exercise
OC. Regular sleep habits
OD. A balanced diet
Answer:
Option (A)
Explanation:
High levels of physical or emotional stress or exposure to chemicals such as pesticides, polychlorinated biphenyls (PCBs), organic solvents and carbon disulfide, may disrupt the balance.
Considering that sounds and odors both trigger changes in the patterns of action potentials from sensory cells, how does the brain perceive which sense is which when the action potentials reach the brain? a. The action potentials stimulated by sounds are different in size and shape from those stimulated by an odor. b. The axons from different sensory neurons go to different areas of the brain. c. Mechanoreception is not consciously perceived by the brain, whereas chemoreception is. d. Chemoreception is not consciously perceived by the brain, whereas mechanoreception is.
Given that odors and sounds both cause changes in the patterns of action potentials from sensory cells, chemoreception—which is not consciously perceived by the brain—occurs when action potentials reach the brain. Mechanoreception, on the other hand, occurs when action potentials reach the brain. The right option is (d).
Traditionally, a shift in breathing caused by variations in CO2/H+ observed in the brain is referred to as central chemoreception. Since the last Handbook of Physiology was released in 1986, interest in central chemoreception has increased significantly. The ventral medullary surface was initially thought to be the site of central chemoreception, and this theory was supported by the recent discovery of potential chemoreceptor neurons with particular characteristics close to one of these sites.
However, there is strong evidence that many locations, some of which are distant from the ventral medulla, engage in central chemoreception. The sensing of brain interstitial fluid H+ by central chemoreception serves to detect and integrate data on 1) alveolar breathing (arterial PCO2), 2) brain blood flow and metabolism, and 3) brain blood pressure. 3) acid-base balance, which can then have an impact on arousal, blood pressure (sympathetic tone), respiration, airway resistance, and blood pressure.
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You work in a lab and you have discovered a brilliant way to specifically control chromatin remodeling on a gene by gene basis. You work in a lab and you have discovered a brilliant method for targeted control of chromatin remodeling on a gene-by-gene basis. You are specifically interested in modifying the transcription of oncogenes, which are genes whose overexpression can lead to cancer. Select modifications you would make in cancer cells that are over expressing oncogenes.
Increase acetylation of histones
Decrease acetylation of histones
Decrease phosphorylation of histones
Increase phosphorylation of histones Increase methylation of histones Decrease methylation of histones
An essential and dynamic central regulator of transcription is chromatin.
In response to dysregulated oncogenic signals, a vast number of genomic loci that are repressed in the physiologic state are activated by abnormal expression and/or activity of remodelers in malignant cells.
Therefore, altered gene activation and/or inappropriate gene silencing result from chromatin deregulation. Recent findings demonstrate that gene‐translocations leading to fusions of transcription factors increase oncogenesis by changing chromatin architecture.
A number of tumour suppressors, including retinoblastoma (pRb), p53, and Ini1/hSNF5, are also misregulated in some malignancies and use chromatin remodelling as part of their regular roles. Additionally, in cancer, the epigenetic landscape is constantly and dynamically regulated.
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Which of the following facts supports the argument that it is unsafe to give antibiotics to mature poultry?
O many consumers avoid products from farms that use antibiotics.
O antibiotics can be passed on to humans through meat and eggs.
O most antibiotics reduce illness and increase performance.
O some commercial feeds contain antibiotics and supplements.
Answer:
option C is right
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Which of the following is the most precise description of the role of enzymes in catalyzing biochemical reactions? Enzymes provide a stable location for a reaction to occur, but do not participate directly in the reaction itself. Enzymes decrease the activation energy of a reaction by stabilizing the transition state. Enzymes increase the activation energy of the reactants, making a reaction more exergonic. Enzymes decrease the AG of the reactions, making them proceed rapidly.
Enzymes provide a stable location for a reaction to occur, but do not participate directly in the reaction itself.
Enzymes are proteins that aid in the acceleration of chemical reactions in our bodies. Enzymes are necessary for digestion, liver function, and many other things. Too much or too little of a particular enzyme can be harmful to one's health. Enzymes in our blood can also assist healthcare providers in the detection of injuries and diseases.
Enzymes catalyze a wide range of chemical reactions involved in growth, blood coagulation, healing, diseases, breathing, digestion, reproduction, and a variety of other biological activities.
Enzymes are protein catalysts that accelerate biochemical reactions by facilitating molecular rearrangements necessary for cell function.
Enzymes enable reactions to occur at the rate required for life. Enzymes play an important role in food digestion in animals. Digestive enzymes accelerate the breakdown of large molecules of carbohydrates, proteins, and fats into smaller molecules that the body can use.
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in the process of urine formation, less than 50% of important solutes and water are resorbed. question 23 options: true false
False. Reabsorption of water and specific solutes in urine formation occurs to different degrees.
Reabsorption includes the reabsorption of salt during perspiration, the reabsorption of mild medications, and the inhibition of serotonin reabsorption by nerve terminals.
Resorption is a carefully controlled process that is altered to maintain stable levels of blood volume, pressure, plasma osmolarity, and pH.
Reabsorbed liquids, ions, and molecules do not return to the bloodstream through the peri-tubular capillaries to be excreted in the urine.
The kidneys perform two important roles in preserving the acid-base balance: they regenerate and reabsorb bicarbonate from urine and release hydrogen ions and fixed acids (acid anions) into the urine.
The first step in producing urine is filtering. Fluid and minute solutes are compelled to flow from the glomerulus into the capsular space of the glomerular capsule under pressure.
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consider a starch consisting of 25 glucose molecules. the complete hydrolysis of this polysaccharide would result in the production of a) 24 water molecules. b) 25 glucose molecules. c) 24 glucose molecules. d) a and b only e) a and c only
The correct answer is b) 25 glucose molecules. therefore the correct option is the option (b).
The energy-carrying molecule known as ATP provides the energy for active transport (adenosine triphosphate). Transport proteins embedded in the plasma membrane, such as carrier proteins, may also be needed for active transport. Pump and vesicle transport are two kinds of active transport. An oligosaccharide with ten glucose units needs nine water molecules to disintegrate it. Nine glycosidic connections total, one between each pair of neighboring carbohydrate subunits in the polymeric molecule, would be present in such an oligosaccharide. Since two glycosidic connections connect the three glucose moieties in a trisaccharide, two water molecules are required to break this bond and produce three glucose units.
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based on the data, in which crop did the percent of planted acres using conservation tillage increase the most during the study period?
Crop rotations are organised successions of crops grown on the same farm over time. Crop rotation increases production by boosting soil nitrogen levels and disrupting crop insect life cycles.
Crop rotation is an option for farmers who want to manage their limited resources, such as labour, during planting and harvesting or to lower production risk through diversification.
By crop and area, conservation practises can differ. The adoption of no-till and strip-till planting systems, cover crops, and nitrogen fertilizer application rates/timing/methods were also examined at the national and regional levels in the ERS publication, Conservation-Practice Adoption Rates Vary Widely by Crop and Region (EIB-147, December 2015). By crop and area, American farmers' use of these approaches varies greatly. Many farmers only implement these conservation methods on a portion of their land, or on a "partial" basis. In 2010–11, no-till/strip-till was used on about 40% of the combined acreage of maize, soybeans, wheat, and cotton, with adoption rates being greater for specific crops (like soybeans) and some geographical areas.
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define a question you could investigate that links a stressful scenario you identified in preparation task 4 to sexual reproduction in yeast. formulate a hypothesis that could be tested regarding your question. include your reasoning that led to this hypothesis.
In order to manufacture vast quantities of the gene's protein product, the human clotting factor gene could be extracted from the human genome and put into bacteria. The bacteria could then be cultivated in vats.
What sort of thing is a hypothesis example?One independent and one dependent variable are all that a straightforward hypothesis says are related. Examples: You will feel exhausted the next day if you stay up late. Your phone charges more quickly while it is turned off.
How come it's termed a hypothesis?The word "hypothesis" originally meant a synopsis of a classical drama's storyline. The Greek term hypothesis is where the English word hypothesis is derived from, and its literal or etymological meaning is "putting or setting under."
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1. If two roan cattle were crossed, what percent of the offspring would you expect to have a roan coat?.
If two roan cattle were crossed, 50 percent of the offspring would have a roan coat.
Codominance is a genetic inheritance pattern in which both alleles are passed down from parents and reproduced in the offspring, yet the phenotype is distinct from that of the parents.
A roan coat is a sort of coat color that is characterized by an even distribution between colored and white hairs on the animal's surface. Roans are most commonly found on cattle.
The CRCW genotype can be found in Roan cattle (CR red, CW-white)
When two roan cattle are bred together, the following will occur:
CRCW × CRCW
a look at punnet square reveals:
CR CW
The ratio of genotypes, CR CRCR CWCR, is equal to 1 : 2 : 1.
CW, CWCR, and CWCW have a phenotypic ratio of equal parts 1 : 2 : 1.
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Describe the structure of the cell membrane and include at least these terms in your description: phospholipid bilayer, semi-permeable, protein, hydrophilic, hydrophobic
The cell membrane composed of major lipids like phospholipid and proteins in a bilayer . The lipids are arranged such that polar head towards outer side which is hydrophilic and non polar tails towards the inner side which is hydrophobic. Hence non polar end is protected from aqueous end and also phospholipid layer comprises of cholesterol. The peripheral protein lies on the surface of membrane and integral protein are totally or partially burried in the membrane.
The widely accepted model is fluid mosaic model. According to this quasi fluid nature of lipids enable lateral movement of proteins within overall bilayer. This ability to move within the membrane is measured as fluidity.
What is the relationship between base pairs?
Relationships between base pairs exist as urine adenine (A) always couples with pyrimidine thymine (T), and pyrimidine cytosine (C) always pairs with purine guanine, according to the laws of base pairing (or nucleotide pairing).
Adenine (A), cytosine (C), guanine (G), and thymine (T) are the four nucleotides, or bases, that makeup DNA (T). These bases couple off in certain ways (A with T and G with C). Base pairs are chemically linked to one another within a DNA molecule by hydrogen bonds. The molecule's two strands are joined by these bonds. Complementary base pairing sometimes referred to as Watson-Crick base pairing, is the term used to describe the constant pairing of bases.
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cystic fibrosis in humans is caused by mutations in a single gene and is inherited as an autosomal (non-sex chromosome) recessive trait. a normal couple has two children. the first child has cystic fibrosis, and the second child is unaffected. what is the probability that the second child is a carrier (heterozygous) for the mutation that causes the disease?
Cystic fibrosis (CF) is an inherited illness. Therefore, CF is inherited. Only when both the mother's and the father's CF genes are inherited will a child be born with the condition. One CF gene is all that is necessary for someone to be healthy and a "carrier" of the condition. A carrier has a higher likelihood of giving birth to a CF-positive child. It is known as "autosomal recessive" inheritance. Males and females are equally affected by the condition because autosomal means the gene is on one of the first 22 pairs of chromosomes, which do not define gender. Recessive refers to the fact that the disorder requires two copies of the gene, one from each parent, to manifest.
A little blood sample or a "cheek swab," which is a brush brushed against the inside of your cheek to collect cells for testing, can be used to test for the CF gene. The majority of laboratories test for between 30 and 100 overall mutations, and they often only test for the most prevalent variants. The ethnic background of the individual affects the detection rate. The detection rate for the Caucasian population is typically 90 percent, the Ashkenazi population is 97 percent or higher, Hispanics are 57 percent, African-Americans are 75 percent, and Asians are 30 percent. Because CF is more prevalent in several geographic regions and populations around the world, the detection rate varies. The results of a second test called the confirm the diagnosis.
Numerous CF patients have mutations that are still unknown. In other words, not all genetic mistakes that lead to the illness have been found. A person can still be a CF carrier even if no mutations were discovered by carrier testing because not all mutations are detectable.
Anyone whose partner is a known CF carrier, has CF, or has a family member with the condition should consider getting tested for the CF gene.
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in humans, assume straight hairline is recessive to widow's peak. a woman with a straight hairline and a man with a widow's peak whose mother had a straight hairline have children together. what are the chances of the couple having a child with a straight hairline?
There is a 50% possibility that the couple will give birth to a child with a straight hairline. Assume that in humans, the widow's peak is recessive to the straight hairline. a male with a widow's peak and a lady with a straight hairline.
Straight hairlines, light hair, and light eyes are examples of recessive traits that are encoded by recessive alleles. Only when a person possesses two recessive alleles for these qualities and none of their dominant alleles do they manifest. The dominant phenotype hairlines will be produced by the genotypes WW and Ww, but the ww genotype will not create a widow's peak (the recessive phenotype). We may forecast hairline the potential genotypes and phenotypes in the parents' kids if we are aware of their genetics (first generation).
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What is the relationship between proteins amino acids and genes?
The main difference between proteins amino acids and genes is that genes help in the production of proteins.
Proteins are biomolecules (linear sequence) that contain a long chain of amino acids. Protein-encoding genes help in the formation of amino acids. Proteins are responsible for the functioning of nearly every cell in the human body.
Gene is a measure of inheritance whereas amino acids are molecules that form proteins. They help in the synthetization of proteins. Genes direct protein production through gene expressions like transcription and translation.
The journey from gene to protein is complex and tightly controlled within each cell. Amino acids are organic compounds and are building blocks of life.
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classify the following traits as specific to either cells or viruses, or shared by both.
a. contain genetic material capable of undergoing evolution by natural selection
b. contain genetic material protected by a protein coat c. can actively respond to environmental stimuli d. can contain organelles that are bound by membranes e. require a host to replicate f. can perform biological processes autonomously
1. Unique to cells 2. Unique to viruses
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what gland is not working properly in both cushing syndrome and addison disease?
35 Tortoises with long necks are the only tortoises living on an island. Fossil evidence showed that tortoises with short necks had once lived on the island.
Which of the following statements correctly describes how natural selection drove the evolution of the tortoises?
Over an extended period of time, the shorter vegetation became less available and tortoises with short necks had a disadvantage for survival.
So, the short-necked tortoises migrated and left the island for more food, which caused a shift in the traits of tortoises in the population statement correctly describes how natural selection drove the evolution of the tortoises.
What is natural selection?
The process through which populations of living things adapt and change is known as natural selection. A population's members are naturally varied, which means that they are all distinctive in some ways. This variety indicates that some people have characteristics that are more environment-appropriate than others.
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Over an extended period of time, the shorter vegetation became less available and tortoises with short necks had a disadvantage for survival.
So, the short-necked tortoises migrated and left the island for more food, which caused a shift in the traits of tortoises in the population statement correctly describes how natural selection drove the evolution of the tortoises.
What is natural selection?The process through which populations of living things adapt and change is known as natural selection. A population's members are naturally varied, which means that they are all distinctive in some ways. This variety indicates that some people have characteristics that are more environment-appropriate than others.
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A mother has four times the mass of her young son. Both are running with the same kinetic energy.
Mother has four times the mass of her son and the same kinetic energy. Then the ratio of the speed between her young son and the speed of the mother is 2:1.
The concept needed to solve this problem is kinetic energy.
First, find expressions about the kinetic energy of the mother and child. Determine the ratio of the speed of the boy to the speed of the mother provided that the mass of the mother is four times the mass of the child.
The kinetic energy of the mass m moving with speed v is given as follows:
KE = [tex]\frac{1}{2} mv^2[/tex]
Here, m is mass and v are velocities.
Assumed:
For example, KEs child is kinetic energy for the child and
The mother's KEm is the mother's kinetic energy, and it is known that both of them have the same kinetic energy
KEs = KEm
[tex]\frac{1}{2} m_sv_s^2[/tex] = [tex]\frac{1}{2} m_mv_m^2[/tex] → (x2)
[tex]m_sv_s^2[/tex] = [tex]m_mv_m^2[/tex]
[tex]\frac{v_s^2}{v_m^2}[/tex] = [tex]\frac{m_m}{m_s}[/tex] → (The mass of the mother is 4 times the mass of the child)
[tex]\frac{v_s^2}{v_m^2}[/tex] = [tex]\frac{4}{1}[/tex]
[tex]\frac{v_s^2}{v_m^2}[/tex] = [tex]\frac{2}{1}[/tex]
The rate ratio is v children/v mothers = 2:1
The questions are incomplete, the complete question in this matter is
A mother has four times the mass of her young son. Both are running with the same kinetic energy. What is the ratio v[tex]__s_o_n[/tex]/v[tex]__m_o_t_h_e_r[/tex] of their speeds?
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both female and male reproductive systems are primarily nonfunctional until puberty.
a. true
b. false
True
What is puberty?
When a boy or girl reaches puberty, they reach sexual maturity. It's a procedure that typically takes place between the ages of 12 and 16 for boys and between 10 and 14 for girls. It results in bodily changes and has varied effects on boys and girls.
True, both female and male reproductive systems are primarily nonfunctional until puberty. For the human reproductive system to generate human offspring, the male supplies sperm and the female contributes the ovum. When the gonadotropin-releasing hormone is present, the pituitary gland releases FSH and LH.
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You are learning about mimicry in entomology. Which microcope would be bet to look at the wing of two different butterflie to determine which i a Monarch Butterfly and which i a Viceroy Butterfly?
compound microcope
diection microcope
canning electron microcope
tranmiion electron microcope
A scanning electron microscope would be the best choice to look at the wings of two different butterflies and determine which one is a Monarch Butterfly and which one is a Viceroy Butterfly.
An electron microscope called a scanning electron microscope (SEM) scans a sample's surface with a concentrated stream of electrons to create pictures of the material. As the electrons contact with the sample's atoms, different signals emerge that provide details about the sample's surface topography and composition.
A raster scan pattern is used to scan the electron beam, and a picture is created by combining the detected signal's strength with the beam's position. Using a secondary electron detector, the most popular SEM mode detects secondary electrons released by atoms stimulated by the electron beam (Everhart–Thornley detector).
The specimen topography affects, among other things, the quantity of secondary electrons that may be detected and, consequently, the signal intensity.
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In their analysis of the ______________ genome, svante pääbo and colleagues found similarities in the remains recovered from southern siberia with living people from populations in ___________ and china.
Swedish geneticist Svante Pääbo For Mem RS is an expert in the study of evolutionary genetics.
He was one of the pioneers of paleogenetic and has put a lot of effort into understanding the Neanderthal DNA. He was appointed the first director of the Max Planck Institute's Department of Genetics in 1997.One of the pioneers of the field of paleogenetic, which uses genetics to investigate early humans and other extinct animals, is Pääbo.He conducted postdoctoral research at the University of Zurich's Institute for Molecular Biology II from 1986 to 1987.Pääbo arrived in the United States in 1987 as an EMBO Postdoctoral Fellow and accepted a position as a postdoctoral researcher in biochemistry at the University of California, Berkeley. He joined Allan Wilson's group and worked on a variety of projects there.To know more about geneticist
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