What are the different sections in the Clinical laboratory? Which one you think, will be your favorite?
Q: How is it possible to maximize ethanol production using genetically modified yeasts?
A: A novel genetic engineering technique was used to make yeast more resistant to the negative effects…
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A: The electron transport chain occurs in mitochondria. ETC is a pathway in which the reducing…
Q: Which of the following describes the correct order of energy conversions necessary to form…
A: Bioenergy is described as one of the most crucial resources that are available in order to meet the…
Q: the first two reactions in glycolysis associated with unfavorable ∆G° values, i.e., ∆G° > 0, both…
A: Glucose molecules are metabolized through the glycolytic pathway to release energy in the form of…
Q: What is the maximum number of possible intra-peptide disulfide bonds for any given peptide form?
A: The side chains of Cysteine residues in proteins undergo oxidation to form disulfide linkages.
Q: gene therapy in humans and other animals, the types of gene therapy, the methods used, and the…
A: Gene therapy is a medical approach to treat disease including cancer , genetic , or infectious…
Q: Sugar is an organic molecule. Most organic molecules are non-polar compounds making them insoluble…
A: A polar molecule is a molecule containing polar bonds having non-zero dipole moments.
Q: Explain the concept behind capillary electrophoresis
A: Introduction: The technique of capillary electrophoresis was first described by Jorgensen and Lukacs…
Q: A 44-year-old man diagnosed with acute tubular necrosis has a blood urea nitrogen of 60 mg/dL and a…
A: A heart attack or a heart stroke can cause the tubular necrosis. This is a condition in which the…
Q: Which isomer- (R)-arginine or (S)-arginine is D-arginine? O (R)-arginine O (S)-arginine Submit…
A: Isomers are molecules with same molecular formula and different arrangement of atoms. Enantiomers…
Q: Which of the following is NOT a major source of protein? A. fish B. Milk C. Egg D. Rice
A: Introduction: Proteins are organic substances and polymers of amino acids. The elements present in…
Q: In Figure 4C, we see the inhibition of LRRK2 kinase activity by nanobody 1 (Nb1). Using the…
A: The Lineweaver-Burk plot is used for calculating the Vmax and the Km values in the enzyme kinetics…
Q: A) What is the difference between a nucleoside and a nucleotide? B) Give any two differences between…
A: DNA as well as RNA are two crucial building blocks of life. The human cells also comprises of RNA…
Q: The Problem The three diseases in this study are borne out of errors that involve certain…
A: Introduction: Fumarase deficiency is a rare autosomal recessive metabolic disorder characterized by…
Q: 1. Label the "C" monosaccharide 2. Draw the open chain Fischer projection formula of the…
A: In the given molecule the different sugars are attached with the help of glycosidic bonds.
Q: write the structure of the following nucleotides: 1. 5'-dGMP 2. 5'-dGDP 3. 5'-dGTP 4. 5'-GTP 5.…
A: The nucleotides are the phosphoric acid esters of nucleosides with the phosphate at the C-5'…
Q: explain Role of telomere in disease give a diagram
A: A telomere is a region at the ends of linear chromosomes that contains repeating nucleotide…
Q: How can the Primary Structures of Proteins be determined?
A: Proteins are the workhorses of biological system, performing almost all the activities which sustain…
Q: Question 1 What is the main purpose of beta oxidation? to produce ATP from fat to produce CO2 from…
A: The four major steps in glucose metabolism are glycolysis, pyruvate oxidation, the Krebs cycle, and…
Q: Consider 3 molecules of galactose: (write only the whole number; no decimal places) a. How many…
A: Galactose is an aldohexose sugar. The galactose unit is found in the milk sugar known as lactose.…
Q: Describe the endogenous mechanisms that regulate cholesterol synthesis.
A: Regulation is a process, where enzymes are activated or inhibited to carry out certain process or…
Q: Ön average, 180 liters of plasma are filtered each day. A If humans had to expend one molecule of…
A: Introduction: A mole of any substance contains as many elementary units (atoms and molecules) as the…
Q: In a different instance of two infants suspected to have a defi- ciency of the PDH complex because…
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Q: Enumerate the pathways involved in the metabolism of carbohydrate and give a brief description to…
A: Metabolism of carbohydrates is a biochemical process which involves metabolic breakdown, formation…
Q: Given the knowledge of biochemistry, make a sample outline of a new 24-hour healthy meal. Provide…
A: The human body can be viewed as an engine that releases the energy contained in the foods it…
Q: Is it true that there is no such thing as vitamin overdose? For the fat-soluble vitamins, list down…
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Q: Polyunsaturated fatty acids a). are solid at room temperature b). have carbon-carbon double bonds…
A: Fatty acids are carboxylic acids with long hydrocarbon chain. There are two types of fatty acids -…
Q: Table Q1(a) shows typical values for the intracellular and extracellular concentrations of the major…
A: All cells have an electrical potential difference or membrane potential across their plasma…
Q: Why is important to note the Kit / Lot number and expiration date for each kit or tests done from…
A: ELISA is a biochemical analytical technique which enables us to check for the presence of a protein…
Q: 2. Calculate AG for the exchange of 3 Na* by 2 K* by Na*-K* ATPase (in kJ per mole of ATP) under the…
A: Gibbs free energy change for the exchange of 3Na and 2 K by Na-K ATPase It is a thermodynamic…
Q: Which of the following components are found in lipoproteins? Choose all that apply a. DNA b.…
A: Lipoproteins are essential components of the body that transport nutrients around. Lipoproteins are…
Q: PKA is activated after its regulatory subunit is dissociated from the catalytic subunit. Select one:…
A: Hi! thankyou for the question. Since the questions belong to different concepts, we are authorized…
Q: Which of the two carbon sources, glucose or acetate, is more advantageous for the cultivation of…
A: E.coli - Escherichia coli, it requires a carbon source to grow to serve as substrate for the…
Q: Q2. How many ATPs are lost in the oxidation of this fatty acid because it is poly- unsaturated? In…
A: First lets calculated total ATP yield if this 18C fatty acid (FA) was completely saturated. 2 ATP…
Q: B-oxidation of a molecule of palmitate (i) requires water (ii) requires NADH (iii) produces NADPH
A: "Since you have asked multiple question, we will solve the first question for you. If you want any…
Q: Folate deficiency may lead to: a.Megaloblastic anemia b.Neural tube defects c.Microcytic anemia…
A: Folic acid is B family Vitamin. It aids in the formation of healthy new cells in the body. Folic…
Q: Figure Ql shows the typical electrical recording of movement artifacts during the resting potential…
A: Neurons are the basic structures and functional units of the nervous system. The axon or the nerve…
Q: Which statement describes a competitive inhibitor? a. A competitive inhibitor has a structure…
A: Enzymes are biomolecules made up of amino acid. It acts as catalyst for biochemical reactions while…
Q: Calculate the energy produced (in ATP molecules) achieved by complete oxidation of the hydrolysis…
A: Carbohydrates are the primary energy source for most organisms. Carbohydrates are digested to…
Q: Why is the formation of a peptide bond called a condensation reaction? Explain briefly
A:
Q: Which of the following is not an example of horizontal gene transfer? the transmission of genetic…
A: A bacteria is a prokaryotic organism of unicellular nature. Bacteria viruses are known as…
Q: Which of the following is NOT a non-carbohydrate material in gluconeogenesis? Choices: Lactate…
A: From the non-carbohydrate source, glucose is synthesized called gluconeogenesis. It is a…
Q: 87) For a the viral proteins a. If the viral protein is made in the RER, it will go back to the…
A: Proteins are composed of amino acids, which are bound together by peptide linkage. Amino acids…
Q: 8. A paticnt sullering from infectious polyarthritis, has been reeciving prednisone for a long time…
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Q: In a process of production of a recombinant protein by E. coli cells, it was observed accumulation…
A: Chemical compounds and recombinant proteins are frequently produced commercially using Escherichia…
Q: On average, 180 liters of plasma are filtered each day. A If humans had to expend one molecule of…
A: The cell uses and stores ATP (Adenosine Triphosphate) as an energy source. Adenosine, ribose sugar,…
Q: Current research indicates that the cause of obesity is multifactorial. Briefly outline the roles of…
A: Obesity is a major health issue in developed countries, and it has become increasingly clear that…
Q: Benefits of a project "Drinking Water Refilling Station " to individuals and families and community…
A: Refilling stations for water bottles are now one of the most popular methods of decrease the…
Q: 1. (a) The reaction catalyzed by citrate synthase is the first step of the TCA cycle. In glycolysis,…
A: The highly exergonic (energy releasing) reaction catalyzed by citrate synthase is given below
Q: 78. Which situation(s) might result in a higher than expected plasma drug concentration? a. Enzyme…
A: The volume of distribution (vd) of a drug describes the total amount of a drug and the plasma…
Answer the following questions:
1. What are the different sections in the Clinical laboratory? Which one you think, will be your favorite?
2. Enumerate the 3 Coronavirus strains that caused a large-scale outbreak in humans in the past 2
decades.
3. What is the first step that should be done in PCR testing?
Step by step
Solved in 2 steps
- Answer the following in 5 sentences. 1. How is COVID-19 virus detected? Why is COVID-19 virus make use of RT-PCR? Why virus does not obey the Central Dogma?Answer each of the following questions correctly. a. How PCR may be used for the detection of disease–causing pathogens in a population during COVID Pandemic. For example: It may be used to check if a patient has a COVID virus infection. b. How cloning and expression of certain genes allows for massive production of the desired product. For example: the cloning and expression of insulin in bacteria allows for the mass production of this necessary protein for use by diabetic patients.If possible please answer all questions based on the gel electrophoresis: 1. What is PCR product size?2. Which reactions were successful/unsuccessful? Which reactions showed clean products? (J1...J6 = jump lines), (N= negative control) & (P= positive control)
- Briefly explain Current Infection Marker (CIM) test, Campylobacter-Like Organism (CLO) test, and the multiplex polymerase chain reaction test (PCR). Which of the tests had the highest accuracy and what methodology and techniques is used for Multiplex PCR test.What are the advantages of real-time PCR over microscopy for diagnosing malaria? a. Giemsa stain is not required for real-time PCR b. It allows for species identification and quantification of malaria-causing plasmodium at lower blood concentration with greater sensitivity and specificity. c. Real-time PCR doesn't require the use of a microscope which is deemed too expensive. d. Real-time PCR has a hiher sensitivity for the main malaria-causing plasmodium, P. falciparum, than microscopy techniques. Thank you!!!You are provided with a sewage wastewater sample to assess for the presence of bacteriophages. Please list six (6) items that you need to have in place or prepare in order to carry out this laboratory procedure.
- Bacteriophage A average = 136 plaques Bacteriophage B average = 38 plaques Bacteriophage C average = 27 plaques Please help find the PFU/ml and answer the question on the best bacteriophage. ThanksExplain how PCR/OLA (polymerase chain reaction/oligonucleotide ligation assay) can be used in the diagnosis of sickle cell disorder . Would you recommend this method for routine diagnosis of sickle cell disorder? ExplainIdentify if the following statements are true or false. Quantitative PCR is also known as the real-time PCR Real-time PCR method uses fluorescent dyes such as acridine orange
- 1. You are working as a CSI analyst. You collected DNA at a crime scene that is from the suspect but do not have enough to run a test to determine who the suspect is. Please discuss what you would do to attain more of the DNA and how to test the DNA to determine who the suspect is.2. Please discuss how the bacterium Agrobacterium tumefaciens normally functions. Please also discuss how this bacterium can be used to help plants attain genes to help fight off insects and herbicides.Give an analysis of the below pictures of a Salmonella and Listeria Uniplex and EHEC Multiplex polymerase chain reaction (PCR).Food-borne pathogens are most commonly identified by _________. pulsed-field gel electrophoresis standard culture techniques polymerase chain reaction (PCR) None of the choices are correct.