Answer:
Peptidic bond (proteins), glycosidic bond (carbohydrates) and lipid bond (lipids)
Explanation:
1. Peptidic bond: this type of bond is exclusive for the aminoacids. These monomers create bonds between the carboxylic acid of first and the amino grupo of second (like a acid-base reaction). We have notice, some aminoacids monomers have groups acid or amino into the primary ramification, it groups cannot react to form peptidic bons.
2. Glycosidic bond: principally, this bond is form between the carbon alpha of one monomer (monosaccharide) and one hidroxyle group (-OH) of other monomer. The number of the cabron that has the -OH grupo will bring the name to the bond, for example, "glucose 1-4 fructose". Also, we have a direction of the bond before the firs number, alpha or beta, it depends on the geometry of the monomer.
3. Lipidic bond: usually, it bond type is a coballent and create an anphipathic zone, this is why some lipis are not soluble in water
Sedimentation is the reason of Ripple marks.
Water flowing over loose sediment creates bed formations by displacing the sediment with the flow, which is what causes ripple imprints. In contrast to ripples, which are typical of shallow water deposition and can also be brought about by wind blowing over the surface, bed formations are related to flow velocity and sediment size.
<h3>How do ripple marks work?</h3>
Sand ripples, represented by the marks observed on beach sand or the bottom of a shallow stream, are created by forces like wave-related forces or wind-related forces, which are characteristic of the deposition of inorganic materials in shallow water.
<h3>What is Sedimentation ?</h3>
The process of allowing particles suspended in water to separate under the influence of gravity is known as sedimentation. Sludge is the term for the sedimentary particles that form from the suspension during the water treatment process.
so, Ripple marks are the result of sedimentation during deposition.
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It seems that you have missed the necessary options for this question, but anyway here is the answer. Glaucoma has been one of the leading causes of blindness and a common form has been linked to three genes and more that 20 genetic loci. So the statement that best describes glaucoma is that, <span>a polygenic trait that is influenced by the number of alleles present. Hope this answer helps.</span>
Answer:Animals have been used in the industrialized production of human vaccines since vaccine farms were established to harvest cowpox virus from calves in the late 1800s. From that point, and through the first half of the 20th Century, most vaccines would continue to be developed with the use of animals, either by growing pathogens in live animals or by using animal cells.
Explanation:
Answer:
A, pleiotropy.
Explanation:
Pleiotropy - genes that have multiple phenotypic effects. Remember that phenotype means a physical characteristic caused by a gene, such as eye color or fur patterns.
Incomplete dominance - when neither allele is dominant and they mix together in the phenotype. A popular example is a red flower crossing with a white flower and resulting in a pink flower.
Epistasis - when two genes contribute to the phenotype, but one gene completely masks another gene. An example would be labrador fur colors.
Multiple alleles - 3 or more alternative forms of a gene, but only 2 alleles can occupy an organism. An example is blood type.
Hope this helps!
