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lubasha [3.4K]
3 years ago
7

The breakdown of complex carbohydrates into glucose is completed in the small intestine during digestion. What protein acts as a

catalyst to speed up the reaction?
Biology
1 answer:
erastovalidia [21]3 years ago
3 0

Answer:

Amylase is the protein which acts as a catalyst to break complex carbohydrates. Sucrase breaks sucrose into glucose and fructose molecules.

Explanation:

The digestion of carbohydrates starts the earliest in the mouth. Mechanical digestion takes place in the mouth.

When food in the form of chyme, enters in the small intestine from the stomach, the pancreas secrete pancreatic juice. The pancreatic juice is rich in the enzyme, amylase. The enzyme amylase breaks down complex carbohydrates and starch into simpler sugars. Sucrose is converted into glucose and fructose by the enzyme sucrase.

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Merle is a marking pattern in canine coats that appears as a marbling of color in a solid coat. The merle gene displays incomple
Over [174]

Answer:

A)

1. double merle with short coat: 1/4 (e).

2. double merle with long coat: 0 (a).

3. merle with short coat: 1/2 (g).

4. merle with long coat: 0 (a).

5. solid with short coat: 1/4 (e).

6. solid with long coat: 0 (a).

B)

1. double merle with short coat: 3/16 (d).

2. double merle with long coat: 1/16 (b)

3. merle with short coat: 3/8 (f).

4. merle with long coat: 1/8 (c).

5. solid with short coat: 3/16 (d).

6. solid with long coat:1/16 (b)

Explanation:

<u>Available data</u>:

  • CSCS individuals display a solid coat
  • CMCS individuals are merle and show patches of fur with a lighter, mottled effect
  • CMCM individuals are "double merle" and show patches of fur with much more pronounced lightening
  • short coats, L-,  being dominant to long coats, ll.
  • Cross: merle long-coated dog x merle short-coated dog

Parentals) CMCS  ll      x       CMCS LL

Gametes) CMl, CSl, CMl, CSl

                 CML, CSL, CML, CSL

Punnett square)      CMl           CMl            CSl            CSl

             CML     CMCM Ll    CMCM Ll    CMCS Ll    CMCS Ll

             CML     CMCM Ll    CMCMLl     CMCS Ll    CMCS Ll

             CSL      CMCS Ll     CMCS Ll     CSCS Ll     CSCS Ll

             CSL      CMCS Ll     CMCS Ll     CSCS Ll     CSCS Ll

F1) 4/16 = 1/4 = 25% CMCM Ll, double merle short-coated individuals

    4/16 = 1/4 = 25% CSCS Ll, solid short-coated individuals

    8/16 = 1/2 = 50% CMCS Ll, merle chort-coated

  • Cross: merle short-coated dog  x  merle short-coated dog

Parentals)   CMCS Ll      x       CMCS Ll

Gametes)  CML, CMl, CSL, CSl, CML, CMl, CSL, CSl

Punnett square)     CML           CMl             CSL           CSl

                CML    CMCM LL   CMCM Ll    CMCS LL   CMCS Ll

                CMl     CMCM Ll     CMCM ll     CMCS Ll    CMCS ll

                CSL     CMCS LL     CMCS Ll    CSCS LL    CSCS Ll

                CSl      CMCS Ll      CMCS ll      CSCS Ll     CSCS ll

F1) 1/16 CMCM LL, double merle short-coated individual

    2/16 CMCM Ll, double merle short-coated individual

    1/16 CMCM ll, double merle long-coated individual

    2/16 = 1/8 CMCS LL, merle short-coated individual

    4/16 = 2/8 CMCS Ll, merle short-coated individual  

    2/16 = 1/8 CMCS ll, merle long-coated individual

    1/16 CSCS LL, solid short-coated individual

    2/16 = 1/8 CSCS Ll, solid short-coated individual

    1/16 CSCS ll, solid long-coated individual

4 0
3 years ago
Which of the following statements about ATP-powered pumps is NOT true? All ATP-powered pumps contain at least one transmembrane
MAVERICK [17]

Answer:

Only P-, F-, and V-class pumps transport ions.

Explanation:

The distinct classes of ATPases include:

1) Only the P-type ATPase actively transports ions across biological membranes. P-ATPases (also named E1-E2 ATPases) are found both in plasma and organelle membranes. These ATPases serve to transport ions and phospholipids by hydrolyzing ATP to ADP and phosphate.

2) A- and F-ATPases synthesize ATP by transforming the energy from a gradient of ions across the cell membrane.

3) V-ATPase (also known as Vacuolar-H+ ATPases) acidifies vacuole, lysosome, endosome and Golgi membranes. This type of ATPase couples the hydrolysis of ATP to the active transport of protons across biological membranes.

4) E-ATPases hydrolyze extracellular ATP.

5 0
3 years ago
A tennis ball could be used to represent the Sun because it is round and yellow. Which of these other things could also be a goo
Lostsunrise [7]
The answer should be C. A light bulb
8 0
3 years ago
Read 2 more answers
Sarah and Zoha are talking about the states of matter . Sarah says that sand is a solid Zoha says that sand must be a liquid bec
MA_775_DIABLO [31]

Answer:

Sand is a solid

Explanation:

Sand has the ability to be poured like a liquid and take the shape of its container. It is still a solid, as each individual grain of sand has a shape of its own and keeps that shape

8 0
2 years ago
That the allele that gives human red blood cells increased resistance to malarial parasites also reduces the amount of oxygen th
ella [17]

Answer:

A (Genotype)

Explanation:

All organisms possess genetic material which contains information required for certain functions/traits. This genetic material is stored as DNA and contains certain segment that encodes functional products (proteins) called GENE. The make-up of the genes responsible for a particular characteristics in an organism is called the GENOTYPE. Genes occur in variant forms called ALLELES, which are inherited from each parent.

These alleles are responsible for the varying expression of a particular trait e.g. allele T can be responsible for Tallness while the variant form, allele t can be responsible for shortness. In this example, we can see that height is the trait here but the different alleles encode varying expression of it. The combination of the alleles received by both parents, which collectively determines the trait to be expressed is the GENOTYPE.

N.B: The genotype refers to the physically invisible genes not the expressed trait itself, which is the phenotype.

In this case, an allele (gene variant) is responsible for the resistance of Red Blood cells and regulates oxygen carried by them. The phenotype is the resistance that the RBC's possess and its reduced ability to carry oxygen but the combination of alleles responsible for that trait is the GENOTYPE.

4 0
4 years ago
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