There are 4 classes of biochemical families (Carbohydrates, Proteins, Lipids, andNucleic Acids). Identify the biochemical family that is described by the statementsbelow.1. The monomer of this biochemical family is called an amino acid.2. DNA is an example of this biochemical family.3. Glucose and sucrose are an example of this biochemical family.4. Vitamin A, steroids, waxes, and phospholipids are all examples of thisbiochemical family.5. This diverse biochemical family is known for being nonpolar and insoluble inwater.6. This biochemical family is the genetic material in an organism and is made upof a phosphate, sugar, and base monomer.7. The monomer of this biochemical family contains an amine and a carboxylicacid functional group. Two monomers are linked together throughcondensation polymerization of these two functional groups.

Carbohydrates are classified as monosaccharides, oligosaccharides, and polysaccharides. The…

Answered: There are 4 classes of biochemical…

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

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Use any three amino acids from the picture below to form a tripeptide on paper and then upload the file here? Is this tripeptide soluble in water, why or why not? H. H3N+- CH2 H3N+ H3N+-C- H3N+. H3N+ H3C-CH CH2 CH CH3 CH H3C CH3 H3C CH3 CH3 Glycine (G) Gly Alanine (A) Ala Valine (V) Val Leucine (L) Leu Isoleucine (I) lle Nonpolar side chains H. H. H. H. H3N+-C- CH2 H3N+. H3N+-C- CH2 H2N+ H2C CH2 CH2 CH2 NH CH2 CH3 Methionine (M) Met Phenylalanine (F) Phe Tryptophan (W) Trp Proline (P) Pro Chooce a File HI HI
The carbohydrates (CHOs), with a general formula of (CH₂O)n, are rich in hydroxyl groups. This allows the carbohydrates incredibly diversity of structure and function. Match the structural feature with the functional feature allowed. CHOs are useful for fast energy production. CHOs are widely used to mediate molecular recognition events. CHOS are widely used as structural materials. 1. 2. 3. Hydroxyl groups can interact extremely well with water. Hydroxyl groups can be extensively derivatized and functionalized. Hydroxyl groups allow CHOs to form extensive H-bonded networks.
Mass spectrometry and X‑ray diffraction are common biochemical techniques for characterizing proteins. Classify each statement based on whether it applies to mass spectrometry, X‑ray diffraction, or both techniques.
Biological polymers(carbohydrates,proteins, and nucleic acids) are all formed and broken by two processes. Identify the process and explain what is happening in them in 25 words or less(total).
a. Why is it important to eat food containing antioxidants? Write at leasttwo reactions to prove the answer. b. Write in four ways the following nucleotide sequence: ATGCA. c. Explain i. Hoogsteen pairing & ii. Hyperchromic effectiii. Epimers Iv. Mutarotaton v. Aldose vi. Anomers vii. Mutarotation
GC-MS can be used to separate and identify proteins, and HPLC is commonly used to separate lipids (T, F).
Radioactive uracil can be used to label all the pyrimidine residues in DNA. Explain how this occurs, thinking about pyrimidine synthetic pathways.
Define the following terms: a. eicosanoid b. omega-6 fatty acid c. omega-3 fatty acid d. trans fatty acid e. acyl group
Select all of the true statements regarding the molecule below: Thymine 5' end Adenine 3' end OH NH2 NHN Phosphate- deoxyribose backbone 0H2N H2N NH2 o. Guanine Cytosined 3' end 5' end This is RNA O This is DNA O This is a monomer O The backbone of these nucleotides is a 5-carbon sugar. This nucleic acid is found in healthy human cells. This nucleic acid is the hereditary material for coronaviruses. This type of nucleic acid is usually found as a single stranded molecule. This nucleic acid is the hereditary material for some viruses, but not the SARS-CoV- 2 virus.
1. You need 0.5 liter of a 0.1 M buffer for a biochemical reaction that you plan to perform at pH 2.0. On the shelf in your laboratory you have available phosphoric acid, and the amino acids aspartate, glycine, glutamate, tyrosine, and histidine (all you have available are the fully deprotonated forms of the molecules); these are the only buffer materials you have available. (The pKa values for these compounds are given below.) For phosphoric acid, pKal1 = 2.12, pKa2 = 7.21, and pKa3 = 12.32 For aspartate, pKaCOOH = 1.88, pKaNH3+ = 9.60, pKa sidechain = 3.65 For glycine, pKaCOOH = 2.34, pKaNH3+ = 9.60 For glutamate, pKaCOOH = 2.19, pKaNH3+ = 9.67, pKa sidechain = 4.25 For histidine, pKɑCOOH = 1.82, pKɑNH3+ = 9.17, pKa sidechain = 6.00 For tyrosine, pKaCOOH = 2.20, pKaNH3+ = 9.11, pKa sidechain = 10.07 a. Of these possible buffers, which is likely to yield the greatest resistance to pH change from the starting pH of 2.0, assuming that you were going to run a biochemical reaction that…
What is the biochemical information you acquire from amino acid sequence?Give three examples.
How can the same biochemical be both a reactant (a starting material) and a product?

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