Is Lacl and example of

Q: Describe denovo synthesis of saturated long chain fatty acid and its regulation.

A: Most fatty acids needed for the body are supplied by the diet. Fatty acids are integrated whenever…

Q: Please explain pros and cons to ketosis

A: Introduction Ketosis can be defined as the process that occurs when our body does not have enough…

Q: Receptors located within the cell are mostly  A. Protein  B. Glucoprotein C. Glucose D. Chitin D.…

A: Cell is the fundamental unit of life. Cells communicate with each other by a process known as cell…

Q: Name the three organelles that are associated with making and shipping a protein.

A: A cell constitutes of different cell organelles like nucleus ,mitochondria, endoplasmic reticulum…

Q: Define coenzyme

A: Enzymes are the biocatalyst that increases the rate of a chemical reaction within the living cells.…

Q: And also define ribozyme

A: Enzymes are the protein biomolecule, which act as biocatalyst. They regulate the rate of metabolic…

Q: Explain how a protein ends up free in the cytosol, embedded in the plasma membrane,or secreted from…

A: Translation of all proteins in eukaryotes begins in the cytosol and as soon as it is made it is…

Q: Discuss the relationship between lactic acid and lactate.

A: Lactic acid is producing by the body when oxygen is low it needs to convert glucose into energy.…

Q: From where is the enzyme lactase secreted?

A: Enzymes are proteinaceous structures that catalyze biochemical reactions without themselves…

Q: Using an appropriate example, explain why changes in proteinstructure can be dangerous.

A: The proteins are one of the important bio-molecules which play many important roles in an organism.…

Q: Discuss about formin

A: The cytoskeleton provide a structural and framework for the cell and help in maintaining cell shape…

Q: Describe the pathway by which glucose is converted into fat.

A: Glucose is converted into fat through the process of fatty acid synthesis. There is a process called…

Q: _____________ and _____________ are examples of heparan sulfate proteoglycans.

A: Proteoglycans are proteins which are heavily glycosylated with sugar moieties. Heparan sulfate is…

Q: The protein components of lipoproteins are called _____________.

A: The protein components of lipoproteins are called Apolipoproteins.

Q: Define The domain structure of cytoplasmic dynein.

A: Dynein is a motor protein that requires ATP as a source of energy to mediate intracellular…

Q: name the protein digesting enzymes.

A: Digestive enzymes are those which aid in the digestion process where it breaks up complex organic…

Q: Define and explain with appropriate examples: Lactonization and Lactamization ?

A: Lactonization - a kind of organic process that form rings. Lactamization - cyclic amide, or cyclic…

Q: Write two examples of glycosaminoglycans, and explain the roles that are not dependent on anchorage…

A: Glycosaminoglycans  are the polysaccharides in which the repeating unit is a disaccharide not a…

Q: What is cohesins

A: A cell consists of a cell organelle, proteins, carbohydrates, nucleic acids, receptors, etc. Each…

Q: Explains the chemical synthesis of lactic acid in a developed mechanism

A: Lactic acid is an organic acid which is a biomolecule involved in anaerobic respiration in microbes…

Q: Write the steps of bile acid synthesis

A: Bile Acids are of two types:-  primary bile acids -  Cholic acid and chenodeoxycholic acid.…

Q: proteins synthsized in the other location end up where in the cell in what organelles?

A: Protein synthesis is a process in which cells make protein by transcription and translation process.…

Q: Describe how fatty acids are in the cytosol based on sources of fatty acids.

A: Fats are made up of fatty acid chains (acting as tails of fats) attached to either glycerol or…

Q: Fatty liver stages

A: Fatty liver, also known as hepatic steatosis, is a common disease caused by an accumulation of fat…

Q: Explain the presence of the abnormal constituents ofurine.

A: Urine is a generally sterile liquid by-product of the body and is eliminated through the kidneys…

Q: Are glycolipids and glycoproteins a function of membrane carbohydrates?

A: Glycoproteins and glycolipids present in cell membrane function in cell signalling, immune response…

Q: Ñame the specific molecules that are produced when sucrose is broken down

A: Carbohydrates, also termed as saccharides, are the organic compounds that are composed of carbon,…

Q: Dietary fats are transported as _____.

A: Fats are the combination of both fatty acids and glycerol, these are categorized into lipids. Three…

Q: Explain how lipoproteins transport lipids around the body.

A: Lipoproteins have a nonpolar core and a single layer of amphipathic lipids on the surface.A single…

Q: Classify ther following enzyme ? Sucrase

A: An enzyme is a substance that is capable of accelerating the rate of a biochemical reaction by…

Q: your response please indicate where lactic acid goes to be safely decomposed and stored

A: lactic acid: The waste product formed during anaerobic respiration is lactic acid.  Running fast…

Q: Calculate the order of heparin

A: Ordered dose of 17000 UNITS Available dose of Heparin = 20000 units in order to find the desired…

Q: Which protein is responsible for inhibiting endosome acidification? O A.E О В.А OC.P P O D.N

A: When a cell recognizes a viral genome in its cell body, endosomes are used to encapsulate and…

Q: List the general functions of the essential bioelements in the cell.

A: Cell is a basic membrane-bound unit and it is often called as the basic building blocks of all…

Q: Explain the significance why protein extraction is important

A: Introduction: Proteins are the nitrogenous organic compounds which are composed of one or more long…

Q: Initial glycosylation occurs in the ______________ and further glycosylation occurs in the…

A:

Q: Explain protein folding mechanism.

A: Proteins are classified into two types Globular proteins and fibular proteins. globular proteins…

Q: In general terms, describe the intracellular processing of a typical glycoprotein that is destined…

A: Glycoproteins are considered as the protein molecules which are attached to the carbohydrate…

Q: Which vitamin deficiency is associated with high amounts of serine accumulation? A. Folic acid

A: A nutrient is a chemical or compound that aids in the growth, survival, and reproduction of an…

Q: Define glycogenesis

A: Even when we are resting, our bodies require a constant energy source to carry out everyday tasks…

Q: Mention three proteoglycan that form he major component of connective tissue.

A: Proteoglycans are heavily glycosylated proteins. They are macromolecules of cell surface or…

Q: Explain the importance of the regulation of protein turnover

A: Introduction: Protein turnover is the process by which older proteins are replaced when they degrade…

Q: A person who is lactose intolerant can drink lactose-free milk to gain the benefits of the protein,…

A: Enzymes are the biocatalyst that reduce the activation energy of the transition state to enhance the…

Q: Define the following terms: a. HSL b. CGI-58 c. fatty acid-binding protein d. β-oxidation e.…

A: Molecular biology is the field of biology that studies the composition, structure, and function of…

Q: Describe the chemical composition of lysosomal membrane in detail.

A: Lysosomes are the organelles that are involved in engulfing the antigens and worn-out cells and…

Q: Explain to a young man, with reduced numbers of receptors for LDL, why his cholesterol level is…

A: LDL (low-density lipoproteins) is often referred to as "bad cholesterol" because high LDL level…

Q: Give some characteristics of adipose tissue.

A: A group of cells that perform similar function and have similar properties are grouped to form…

Metabolic pathways

Metabolism is defined as the group of life-supporting, enzyme-mediated chemical reactions in organisms. A metabolic pathway is a set of these chemical reactions that involve anabolism (synthesis of complex biomolecules) and catabolism (breakdown of biomolecules into small molecules) that occur inside a cell. Metabolites are the reacting substances, products, and intermediate substances of an enzymatic process that are altered by a series of chemical events catalyzed by enzymes.