Explain the molecular basis behind the reported observation in the parameter measured below: 1571.451.41.3571.31.251211.151.11.0611624WeeksFigure 4)Changes in the level of high density lipoprotein (HDL) cholesterol in obese patients during treatment with aketogenic diet for a period of 24 weeks. Data are expressed as mean + SEMLevel of HOL (mmo/L)

Obesity results from high calorie intake than calorie burned by daily activities or exercise. A…

Answered: Explain the molecular basis behind the…

Science

Biochemistry

Explain the molecular basis behind the reported observation in the parameter measured below:

Biochemistry

9th Edition

ISBN:9781319114671

Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.

Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.

Chapter1: Biochemistry: An Evolving Science

Section: Chapter Questions

Problem 1P

See similar textbooks

Related questions

Q: Explain why the frequency distributions of differentmultifactorial traits give very similar bell…

A: There is a fact that the expression of a polygenic trait is constant, we can categorize people into…

Q: Give typing answer with explanation and conclusion The allele for normal haemoglobin in red blood…

A: HbA and HbC are two different types of hemoglobin molecules which differ at a single amino acid…

Q: Analysis of Physical Patterns Determination of Origin WHEN YOUR EXAMINATION IS COMPLETE...... RETURN…

A: Approach to solving the question: ### Approach to Solving the Questions To analyze and compare the…

Q: A population of prairie sunflowers consists of 25 tall, 12 medium, and 23 short individuals. Is this…

A: Hardy-Weinberg In population genetics, equilibrium describes the genetic structure of a population…

Q: xplorelearning.com/index.cfm?method%3DcResource.dspView&ResourcelD=449&ClassID=3856718 2. Two…

A: Taking the condition as a recessive trait by analysing the pedigree we can come to certain…

Q: Which key are helps in identification based on characterstics?

A: A key is a tool which is used in taxonomy to identify a certain organism. It is one of the most…

Q: Explain how a Lod score is obtained and whatinformation it provides.

A: The genes that are present in close proximity tend to transmit together into the gametes. If the…

Q: Calculate the coefficient of inbreeding (F) for the individual in orange in the figure below and…

A: Calculation of coefficient of breeding in a pedigree.

Q: Can you label this diagram entirely, I am having a hard time depicting parts on this diagram because…

A: Let's delve deeper into the parts identified in the anatomical model of the head and neck.…

Q: Give one possible function of the observed phenomenon .

A: The given phenomenon is evisceration of the inner organs like gonads , intestine etc by a very…

Q: Compare molar theories to molecular theories of matching. Please explain and give points.

A: In psychology, various types of theories explained on the basis of "Behaviour of choice" or matching…

Q: Explain Bergmann's body size rule and Allen's body size rule

A: These rules helps to differentiate between small and large body organisms basis the type of…

Q: Briefly explain why the relation between genotype and phenotype isfrequently complex for…

A: Quantitative characteristics can be defined as they are Polygenic, so there are many genotypes that…

Q: Between which two markers is the F factor located in strain 4? strain early →late 1. 3. 5. O X and A…

A: This question is asking about the location of the F factor in strain 4. We need to identify the two…

Q: What is the Spaulding classification? Also, describe the 3 categories using one sentence for each…

A: The process of sterilization and disinfection plays a very important role in the medical department…

Q: Lod scores allow statistical assessment of linkage whendata are limited, as in human ___________?

A: It is a statistical test used in genetic linkage analysis for comparing the probability of obtaining…

Q: Life tables: reproductive rate and generation time Some practice... first, given n,, calculate l, d,…

A: Reproduction is the process by which an organism creates more of its own progeny. Generaion time is…

Q: Describe the pros and cons of the mitochondrial manipulation technology.

A: Mitochondria is the powerhouse of the cell. Mitochondria are sites of aerobic respiration. They form…

Q: Discuss five factors that influence Hardy-Weinberg proportions.

A: After a single generation of random mating within the population, the HWP states that the population…

Q: Can you give a brief conclusion based on the hypothetical data obtained

A: As we know that it is a common laboratory technique used to measure the concentration of analyte…

Q: erence ranges in a population obtained?

A: Reference range These are the parameters or values that are used by physicians or clinical workers…

Q: Which have more occurrence chances Hypomorphic or amorphic?

A: mutations acn be broadly classified as ; loss of function/inactivation mutation: this mutation…

Q: apply the Hardy-Weinberg formulae

A: Hardy Weinberg principle come under population genetics and it is not true for natural population.…

Q: you know that 1.1OU=1um. you have an organism that measures at 12 O.U at 10x. How long is your…

A: The capacity of a microscope to create an image of an object at a scale bigger (or even smaller)…

Q: Discuss the main methods and approaches used in barcoding studies with references (1000) words

A: Barcoding studies are also known as DNA barcoding studies. In this, just like commercial products…

Q: You collect data on body weight of two strains of lab mice. A t-test is performed to test the…

A: The correct answer is Option 3 - There is no significant difference in mean body weight between the…

Q: A sample quadrat contains only two salamander individuals, one is a Southern California Slender…

Q: Explain the key to the Sanger technique ?

A: DNA is a molecule discovered in the nucleus by Friedrich Meischer in the late 1860s, but its…

Q: Give only typing answer with explanation and conclusion What is the locus specific rate of…

A: The locus-specific rate of substitution is a measure of how fast mutations occur at a specific…

Q: what is the molecular clock and the application

A: A molecular clock is a concept used in molecular biology and genetics to predict the rate at which…

Q: What is the formula for interference? How are the “expected” frequencies calculated in the…

A: The process of determining the locations of genes on chromosomes is known as gene mapping. Linkage…

Q: What is the starting mean fitness of the population? b) Calculate the expected allele frequencies…

A: Allele frequency: The number of times the allele of relevance is detected in a population is divided…

Q: What would the critical chi-square value be if my test involves six classes? 12.59 7.81 9.49 11.07

A: Chi square test is used to find whether the null hypothesis is accepted or rejected.

Q: Sketch the pH speciation diagram for asparagine for the range of 1 < pH < 12, annotate with the…

A: Asparagine is aliphatic, polar uncharged amino acid with carboxamide in its side chain. It is…

Q: Summarize the factors associated with differences inmutation rate.

A: A rapid change in the sequence of DNA (deoxyribonucleic acid) due to physical or chemical factors is…

Q: Read the following study, construct the appropriate 2x2 table, calculate the measure of association,…

A: We can arrange the data in the following ways to create the 2x2 table: Lung Cancer (+)Lung Cancer…

Q: Give typing answer with explanation and conclusion explain how the F.I.T.T principle is applied to…

A: The F.I.T.T. principle is a key concept in physical fitness training and exercise science. It…

Q: dichotomous key? Why does the term “dichotomous” let you know that? (hint: look up the Greek roots…

A: In phylogenetics, a single-access key (also called dichotomous key, sequential key, analytical key,…

Q: Read the following study, construct the appropriate 2x2 table, calculate the measure of association,…

A: The objective of the question is to understand the study design, construct a 2x2 table, calculate…

Q: Give only typing answer with explanation and conclusion Researchers were measuring the % change in…

A: A null hypothesis is a statement or assumption that there is no significant difference or…

Q: Explain linkage equilibrium and linkage disequilibrium, including coefficient of linkage…

A: Specific combinations of loci and their alleles define chromosome types. In our case, there are four…

Q: Specifically, address the difference between the control groups of Brassica rapa plants under…

A: The objective of this question is to understand the difference between the control and experimental…

Q: Create a line weaver burke plot from the following data.

A: Lineweaver-Burke Plot also known as double reciprocal plot which involve taking reciprocal of both…

Question

Explain the molecular basis behind the reported observation in the parameter measured below:

157
1.45
1.4
1.357
1.3
1.25
121
1.15
1.1
1.06
1
16
24
Weeks
Figure 4)
Changes in the level of high density lipoprotein (HDL) cholesterol in obese patients during treatment with a
ketogenic diet for a period of 24 weeks. Data are expressed as mean + SEM
Level of HOL (mmo/L)

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Step by step

Solved in 2 steps with 1 images

SEE SOLUTION Check out a sample Q&A here

Similar questions

L02
Which best describes the shape of the distribution? * Heights of U.S. Adults 80- 70- 60 50 40 30 20 10 144 152 160 168 176 184 192 CM O Camel Back Bow Tie Uniform Normal Frequency
Assume you have an SAR of 0.206 for sample 1; 0.271 for sample 2; and 0.606 for sample 3, what does this indicate?
Please answer 28,29,30,31
Please make a dichotomous key for the following animals ginger cat, falcon, husky dog, and brown squirrel
Please consider Figures, 10.28, and Table 10.2 (attached), which contain data that were collected by Delph and Lively, are redepicted from their paper that was published in 1989, and for which information is provided on pp. 391-383 in the textbook (pp. 385-388 in the 4TH edition textbook); assess the lowercase-Roman-numeral-labelled statements that appear immediately below; and click the uppercase-letter-labelled response that is presented below and conveys the most accurate information. i. Germinated pollen grains in Fuchsia excorticata grow tubes that extend from the stigma, through the style, to the ovary, where one sperm unites with one egg; this requires approximately 3 days. ii. Before a Fuchsia excorticata flower can detach from the tree, an abscission zone must be developed; this typically requires 1.5 days. iii. Colour change in Fuchsia excorticata probably evolved as an adaptation to the physiologically constraining 4.5 days that are required for fertilisation and abscission…
'Organism' A 'Organism' B 2. Use the values given in Figure 7.4 to work out the surface area, volume and surface area-to- volume ratio (surface area ÷ volume) for 'Organism' A and 'Organism' B. (Remember: Surface area of each of the sides = length of the side x breadth of the side. Volume = length x breadth x height of the shape.) 3. Copy and complete the table. Use the values calculated in step 2. 2 cm 3 cm 6 cm 1 cm Fig. 7.4 Arrangement of cubes to represent two organisms Organism Surface area (cm²) Volume (cm³) Surface area: volume ratio A B Questions 1. Which arrangement of books would best represent a) a flatworm and b) an earthworm, which has a tubular shape? 3. (2) 2. Which 'organism' (A or B) has the largest surface area-to-volume ratio? (1) If a flatworm and an earthworm have the same volume, which worm would have the largest surface area-to-volume ratio? 4. Do you think that a flatworm and an earthworm could rely on diffusion across their body surfaces to meet their needs for…
Explain the conclusion of the Nirenberg and Matthaei studies ?
Please give only a brief description 1. What is the use of nominal scale in providing the information about covid19? 2. What is the use of ordinal scale in providing the information about covid19? 3. What is the use of interval scale in providing the information about covid19? 4. What is the use of ratio scale in providing the information about covid19?
How do I create a bar graph using the hardy Weinberg data provided but in the bar graph format on the right ?
What is the molecular level of shingles? Break it down when explaining at least a paragraph. cite credible sources, please
Coloured and white beads were carefully selected for equality of size and shape. Equal quantities of each colour were then placed in a container. Randomly select enough beads to fill the cover of a petri dish. Count the number of beads of each colour and record your data in table 1.6. Then calculate the expected numbers based on the sample size and the known ratio of white to coloured beads. Complete the table and calculate 32. Table 1.6 Chi-Square Calculations for Colored And White Beads Phenotype O E (O-E) (O-E)2 (O-E)2/E Colored White Totals How many degrees of freedom are there? Using table 1.5, what 32 values lie on either side of your calculated 32 value? What are the probability values associated with the 32 values? Briefly interpret the 32 value you have just calculated.