Woyld removing phenylethyl alcohol from PEA alter the mediumsS.pdf

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Woyld removing phenylethyl alcohol from PEA alter the medium\'s Solution Phenylethyl alcohol agar (PEA) medium is a selective media that inhibit the growth of gram- negative bacteria and allows the growth of gram-positive bacteria only. The phenyl ethyl alcohol is responsible for preventing the growth of gram-negative bacteria. So, removing phenyl ethyl alcohol from PEA alter the medium\'s specificity againstgram positivebacteria..

Woyld removing phenylethyl alcohol from PEA alter the medium's
Solution
Phenylethyl alcohol agar (PEA) medium is a selective media that inhibit the growth of gram-
negative bacteria and allows the growth of gram-positive bacteria only. The phenyl ethyl alcohol
is responsible for preventing the growth of gram-negative bacteria. So, removing phenyl ethyl
alcohol from PEA alter the medium's specificity againstgram positivebacteria.

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Describe the mechanisms of asexual reproduction in: Prokaryotes Protists Plants- Animals Solution Prokaryotes reprodue asexually by BINARY FISSION mehanism. In this the genetic material is replicated as same as the parent genome the cell devides in two parts and give rise to new progeny so no geneti diversity is formed. protists- they also reprodue asexually through binary fission, BUDDING In this new organism grow from the body of parent. PLANT- VEGETATIVE reproduction is the main asexual reproduction in which a plant part give rise of new plant same as the parent, such as growing tips of RHIZOME. ANIMALS- they also reproduce asexually through budding,fission,fragmentation.In case of stick inset, bees PARTHENOGENESIS our in whih unfertilised egg give rise to new individual it is a type of AGAMOGENESIS..

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Define intermediate phenotype and then imagine some intermediate phenotypes (e.g. RNA, metabolite, etc) for Down’s Syndrome. Solution intermediate phenotype : it depicts a living being that shows a mix of the phenotypic characteristics that its parents expressed. . In the event that a red blossom cross-pollinates a white bloom, and the subsequent offspring are pink, the posterity portrayed as a intermediate phenotype . It happen when the traits under investigation are neither dominant or recessive. Down disorder (DS or DNS), otherwise called trisomy 21, is a hereditary issue brought about by the nearness of all or some portion of a third duplicate of chromosome 21. It is commonly connected with physical development delays, trademark facial elements and mellow to direct learned incapacity. Down disorder is brought on by having three duplicates of the qualities on chromosome 21, as opposed to the standard two.The guardians of the influenced individual are ordinarily hereditarily ordinary Those who have one tyke with Down disorder have around a 1% danger of having a moment youngster with the disorder, if both guardians are found to have typical karyotypes. The additional chromosome substance can emerge through a few distinctive ways. The most widely recognized cause (around 92–95% of cases) is an entire additional duplicate of chromosome 21, bringing about trisomy 21. In 1.0 to 2.5% of cases, a portion of the phones in the body are typical and others have trisomy 21, known as mosaic Down syndrome. The other basic systems that can offer ascent to Down disorder include: a Robertsonian translocation, isochromosome, or ring chromosome. These contain extra material from chromosome 21 and happen in around 2.5% of cases. An isochromosome comes about when the two long arms of a chromosome isolate together as opposed to the long and short arm isolating together amid egg or sperm improvement. Trisomy 21 is known by the karyotype 47,XX,+21 for females and 47,XY,+21 for guys) is brought about by a disappointment of the 21st chromosome to isolate amid egg or sperm development.As an outcome, a sperm or egg cell is delivered with an additional duplicate of chromosome 21; this cell therefore has 24 chromosomes. At the point when joined with a typical cell from the other parent, the child has 47 chromosomes, with three duplicates of chromosome 21. Around 88% of instances of trisomy 21 result from nonseparation of the chromosomes in the mother, 8% from nonseparation in the father, and 3% after the egg and sperm have combined. Translocation : The additional chromosome 21 material may likewise happen due to a Robertsonian translocation in 2–4% of cases. In this circumstance, the long arm of chromosome 21 is joined to another chromosome, regularly chromosome 14. In a male influenced with Down disorder, it brings about a karyotype of 46XY,t(14q21q). This might be another transformation or already display in one of the guardians. The parent with such a translocation i.

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Consider a population of lizards living on the coast of Africa. A storm creates piles of debris that the lizards use to raft to a faraway uninhabited island. Which evolutionary process is happening? mutation selection balance the founder effect frequency-dependent selection coalescence Solution Answer is. \"Founder effect\". The lizards completely moved to new place where they never I habited before, and hence they found new environment to adjust, which will create some environmental difference. This is known as founder effect..

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Can “discovery science” (for example, the discovery of a new species of fossil, or a new species of organism that is alive today) contribute to our understanding of evolution? Give examples. Solution Scientists seek natural causes for natural phenomena. This is the most basic description of what a scientist aims to do every day. Their focus is limited to what they can physically observe and measure directly, sometimes with the help of tools such as a microscope. They do not seek to explain the supernatural as it is outside the bounds of science, but instead what is all around them. There are basic methods of gaining knowledge that are common to all of science. Biology uses discovery science , and hypothesis-based science . While discovery science is mostly about describing nature, hypothesis-based science attempts to explain nature. The pair of inquiries are widely used together in research. Observations that can be measured and verified are the data of discovery science. In the study of life, discovery science is used to describe both the simplest of life, and the most complex. From the building blocks of atoms and molecules all the way up to the ecosystems and biosphere, discovery science describes it all. Discovery science is based on the logic of inductive reasoning . Inductive reasoning uses numerous specific observations to make a general statement. For example: all living things are made of cells. This comes after the numerous discoveries of cells in every specimen observed by biologists over two centuries. another example we can take \"humans\". today we found most of the fossils of human lives who lived thousands of years back and with help of that fossils we can understand growth and evolution human life..

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All of the following are features or functions of nanobodies except ______________. small, monomeric, lack disulfide bonds, and resistance to denaturation high affinity to the antigen recognize protruding and recessed paratopes cannot be humanized consist of only the VHH domain of heavy chain antibodies Solution d)cannot be humanized because we have many humanized antibodies that are available .example-CyaA-Hly specific humanized antibody.

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1st drop down: Reject or do not reject 2nd drop down: Is evidence or is insufficient evidence 3rd drop down: Yes or No 4th drop down: Makes or does not make Solution a) Ho: pi1<= pi2 Ha: pi1 > pi2 [ANSWER, OPTION D] ************* B) Formulating the hypotheses Ho: p1^ - p2^ <= 0 Ha: p1^ - p2^ > 0 Here, we see that pdo = 0 , the hypothesized population proportion difference. Getting p1^ and p2^, p1^ = x1/n1 = 0.34 p2 = x2/n2 = 0.2 Also, the standard error of the difference is sd = sqrt[ p1 (1 - p1) / n1 + p2 (1 - p2) / n2] = 0.062 Thus, z = [p1 - p2 - pdo]/sd = 2.258064516 = 2.258 [ANSWER, PART B] ************************************* As significance level = 0.05 , then the critical z is zcrit = 1.644853627 Thus, the rejection region is ZSTAT > 1.645 [ANSWER, OPTION ] **************************************** Thus comparing z > zcrit, WE REJECT THE NULL HYPOTHESIS. There is evidence that it takes more effort now to get removed from a mail list than before. *************************** c) Yes, the result in b) makes it appropriate to claim it..

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Under what conditions would it be most appropriate to use each of the major OD interventions; individual, team, or organizational-wide intervention? Solution Individuals - Conditions like transitions, mentoring, and interpersonal communications, among others. Team - Team building is applicable where group activities are interdependent. The objective is to improve the coordination efforts of members, which will result in increasing the team’s performance.

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These all relate to exceptions to the inheritance patterns encountered by Mendel. Why do multiple and lethal alleles often result in modifications of the classic Mendelian monohybrid and dihybrid ratios? Select the four correct statements.-When an essential gene is mutated, it can result in a lethal phenotype. There are no classic Mendelian monohybrid and dihybrid ratios.-In the case of codominance, heterozygotes produce gene products from both alleles of a gene. Classic Mendelian monohybrid and dihybrid ratios are modified by codominance.-In the case of incomplete dominance, the phenotype of the heterozygote is distinct from and often intermediate to the phenotypes of homozygous individuals. Classic Mendelian monohybrid and dihybrid ratios are modified by incomplete dominance.-Genes exist in a large number of allelic versions and a diploid organism has two homologous gene loci that may be occupied by different alleles of the same gene. This can result in many different phenotypes for traits, which may not follow typical Mendelian ratios.-When an essential gene is mutated, it can result in a lethal phenotype. This results in a modification of classic Mendelian ratios.-The phenotype of the heterozygous genotype is distinct from and often intermediate to the phenotypes of the homozygous genotypes. The joint expression of both alleles in a heterozygote is called codominance. There are no classic Mendelian monohybrid and dihybrid ratios.-Genes exist in a large number of allelic versions, but in a diploid organism, only one allele of the gene can occupy one homologous gene loci. Classic Mendelian inheritance cannot explain this phenomenon.-Each gene produces a unique gene product. The effect of one allele in a heterozygote completely masks the effect of the other. Classic Mendelian genetics cannot explain this phenomenon. Solution Answers: Correct statements: 2. In the case of codominance, heterozygotes produce gene products from both alleles of a gene. Classic Mendelian monohybrid and dihybrid ratios are modified by codominance. (Codominance) 3. In the case of incomplete dominance, the phenotype of the heterozygote is distinct from and often intermediate to the phenotypes of homozygous individuals. Classic Mendelian monohybrid and dihybrid ratios are modified by incomplete dominance. (Incomplete dominance) 4. Genes exist in a large number of allelic versions and a diploid organism has two homologous gene loci that may be occupied by different alleles of the same gene. This can result in many different phenotypes for traits, which may not follow typical Mendelian ratios. (Multiple alleles) 5. When an essential gene is mutated, it can result in a lethal phenotype. This results in a modification of classic Mendelian ratios. (Lethal gene).

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1. Woyld removing phenylethyl alcohol from PEA alter the medium's Solution Phenylethyl alcohol agar (PEA) medium is a selective media that inhibit the growth of gram- negative bacteria and allows the growth of gram-positive bacteria only. The phenyl ethyl alcohol is responsible for preventing the growth of gram-negative bacteria. So, removing phenyl ethyl alcohol from PEA alter the medium's specificity againstgram positivebacteria.