What is the name of the substance that facilitates the action of lipase​

Answer:

The correct answer is the third option - endocrine signaling.

Explanation:

The endocrine signaling takes place when endocrine cell organs or glands release hormones that flow through the bloodstream and that act on distantly located target cells in the body. The endocrine system includes several glands that release or secretes different hormones.

The pituitary gland transfers signals to other endocrine glands to release or inhibit their hormone production according to the brain signals. The adrenocorticotropic hormone (ACTH) is released by the anterior pituitary gland that stimulates cortisol release in the adrenal glands in stressed conditions.

Thus, the correct answer is option third - endocrine signaling.

Final answer:

The pituitary gland secreting hormones is an example of endocrine signaling, where hormones are secreted directly into the bloodstream and carried to target cells.

Explanation:

The secretion of hormones by the pituitary gland is an example of endocrine signaling. Endocrine signaling refers to the process where glands secrete hormones directly into the bloodstream, which are then carried to the target cells elsewhere in the body. In contrast, autocrine signaling involves cells responding to their own signals, paracrine signaling refers to cells communicating with nearby cells, and direct signaling across gap junctions involves communication between adjacent cells through specific channels.

Learn more about Endocrine Signaling here:

brainly.com/question/33712041

#SPJ3

Answer:

gaattc

Explanation:

i gotchu dint worry

Answer:

B. GAATTC

-------------------

Answer:

What are some questions that biologists might ask about the living things they study?

Explanation:

Five fundamental questions in biology ...

1) The origin of life.

2) The mechanisms of evolution.

3) The control of the size, both of the organs and of the living beings.

4) The functioning of the brain.

5) Aging.

Biologists might ask some questions about the living organisms they study. These questions include, but not limited to:

• What group of living organism do they belong to? Is it a plant, animal, protozoan, fungi or moneran?
• How complex is the organisms' body? is it multicellular or unicellular?
• How do the organisms feed? is autotrophic or heterotrophic?
• How do the organisms reproduce? sexual, asexual, or both?
• How do the organisms get energy? aerobic or anaerobic?
• How do the organisms move?
• How do the organisms grow?
• How do the organisms get rid of waste products from their systems?
• How long do the organisms live? What is their life cycle like?
• How do they interact with the biotic and abiotic components of their environments?
• What kind of habitats do they live?
• What role do they perform in their habitats?

All these questions and more might be asked by Biologists about the living organisms they study.

More on the study of living organisms can be found here: brainly.com/question/10375065

Answer:

Orgams

Explanation:

Organs

You are an aspiring botanist and decide to study some orchid genetics. Knowing that the pink color phenotype is an incompletely dominant phenotype, you decide to study it further. You discover that when you cross two pink orchids, you only ever obtain a phenotypic ratio of 1/3 white orchids to 2/3 pink orchids. How might you explain this phenomenon

A)The dominant color allele produces a lethal phenotype when one copy is present. B)The recessive color allele produces a lethal phenotype when two copies are present. C)The dominant color allele produces a lethal phenotype when two copies are present. D)The recessive color allele produces a lethal phenotype when one copy is present

Answer:

C)The dominant color allele produces a lethal phenotype when two copies are present.

Explanation:

Let's suppose that allele R gives a pink phenotype in the heterozygous condition while the allele r gives white phenotype in the homozygous genotypes. So, the genotype of the pink orchids would be Rr. A cross between two Rr plants obtain progeny in following genotype ratio:

1/4 RR: 1/2 Rr: 1/4 rr

Here, the R allele is lethal in homozygous genotypes and the progeny ratio become=

1/3 white: 2/3 pink

Answer:

In the population of the study, mutation in the achondroplasia gene is unusually high

Explanation:

In this population, the incidence of genetic mutation that leads to achondroplasia would be 6 children for every 30,000 births. In the general population, achodroplasia has an incidence of 1 per 30,000 births, which indicates that in this specific population, the mutation rate is high above average, which can be explained by a high prevalence of the gene in the population.

Achondroplasia is a genetic disease with inheritance of an autosomal dominant pattern and to suffer from the disease, only one copy of the defective gene is necessary.However, in recent years after several studies it has been possible to demonstrate that even achondroplasia could be generated even in new mutations in the germ cells of the parents.