Biochemistry

Maltose and water react to form the maltose solution. A sweet solution!

Actually, there are some molecules made by nucleic acids. Basically, the DNA (the double strand that keeps the genetic information encoded in genes), the mRNA (the one-strand molecule that is "transcribed" from one strand of DNA and carries the "information" to make a peptide molecule), the rRNA (one of the structural molecules of ribosomes, the organelles where protein synthesis is taking place), and the tRNA (the RNA that carries an amino acid to the ribosome during protein synthesis process).

Boron hexahydride

A monosacharide is a "simple" sugar such as glucose or fructose. A polysaccharide is a polymer made by linking many monosacharides together. For example, glycogen is a polysaccharide; it is a polymer of glucose.

Yes. Each codon specifies an amino acid or start or stop. A sequence of codons from start to stop is a gene and specifies a protein.

note. this answer is about 98% accurate. Many minor differences are known and more remain to be discovered. What is known already fills a small book.

H2N-CHR-COOH

Structure:

H H O

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N - C - C

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H R OH

No. Enzymes are ORGANIC catalysts. Enzymes are types of protein that are very similar to inorganic catalysts. Both increase the rate of a reaction (while decreasing activation energy.) Also, neither of them are used up or changed in the reactions that they speed up. A difference between the two is that enzymes are complex proteins but catalysts are simple inorganic molecules. The main difference is the way that the two are affected by temperature. Like other proteins, an increase in temperature causes an enzyme to denature and change shape. The shape of an enzyme is essential for its role in the reaction because it must fit with the specific substrate (the thing that it is helping to break down/speeding up the reaction of). Therefore, the enzyme will not speed up the reaction if it is denatured and no longer is the same shape. An inorganic catalyst, on the other hand, is more effective at a higher temperature and increases the reaction rate even more.

36 ATPs are produced.CO2 and H2O also given out.

Yes. They are carbohydrates.

To calculate moles of HCl in 291.68 grams, use the molar mass of HCl which is 1 + 35.5 = 36.5g/mole.

291.68 g x 1 mol/36.5 g = 7.99 moles HCl (3 sig figs)

Maltose is formed when two glucose molecules are bond together. A water molecule is removed in this process. This type of reactions are called condensation reactions.

transferred to a keto acid

POTASSIUM

Some substance cant dissolve in water because they do not create hydrogen bonds with water molecules.

It is very important for the substance to make hydrogen bondis with water molecules in order to dissolve.

e.g. gasoline wont dissolve in water because it doesn't have a highly electronegative atom to react with posively charged hydrogen of water molecule.

The polarity of the water molecule allows it to dissolve certain substances easily but not others which resist the "efforts" of water molecules to "wedge" themselves between the substance's molecules.

Broad substrate specificity refers to an enzyme's ability to catalyze reactions with a wide range of substrates, rather than being limited to one specific substrate. This property allows the enzyme to interact with multiple substrates and carry out various biochemical reactions, making it versatile in its function.

Glucose is the main product of photosynthesis, and it has all the stored energy from the process. The point of cellular respiration is to break down this molecule and convert its energy into ATP which is the usable energy of the cell. Essentially, the glucose provides the source of the "fuel" that runs cellular activities.

1. Act as building blocks of the biological cell membranes in virtually all organisms

2. Participate in the transduction of biological signals across the membrane.

3. Act as efficient store of energy as with triglycerides.

4. Play an important role in the transportation of fat between gut and liver in mammalian digestion.

5. An important source of acetylcholine which is the most commonly occurring neurotransmitter substance occurring in mammals.

alleles. Specificity in the name of each allele can only be given if the trait is designated.

For example, in horses, the allele E is the dominant allele at the extension site

The allele e is the recessive allele at the extension site.

The E represents "not red" and the e represents "red".

(Some would use the termnology black and red).

Genotype

At the centre of a cell

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Trypsin cuts only specific peptide bonds (after lysine or arginine residues) to produce peptides of optimal length for downstream analysis or protein identification. This specificity ensures accurate protein digestion and minimizes the generation of peptides that are too short to provide useful information or too long to be effectively analyzed.

Actin is a globular molecule

Plasma membranes are responsible for electron transport which produces several ATP. However, in eukaryotes, the membranes is inside the mitochondria. A prokaryote must run cellular respiration on their plasma membranes that surrounds the cell.

Testosterone and estrogen are important if you are considering only the reproductive system, but it would be dopamine and melatonin if you consider all the body systems working to maintain homeostasis during the circadian cycle.

glucose (the principal sugar found in blood, a hexose), and fructose (the principal sugar found in fruit, a pentose). Both of these monosaccharides have 6 carbons each, and an Oxygen atom in the ring.