An organism that has the same genes as the organism it was produced from

Answers

Answer 1
Answer:

Answer:

Clone

Explanation:

This is the name of an organism that has the same genes as the organism it was produced from


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Which cell structure is correctly paired with its primary function? 1. ribosome–protein synthesis 2. mitochondrion–movement 3. vacuole–cell division 4. nucleus–storage of nutrients

During the process of _______________, the genetic message from DNA is transformed into mRNA.A) transcription
B) translation
C) translocation
D) transplantation

Answers

Answer: The correct answer for the fill in the blank is A) Transcription.

Transcription is a process in which genetic information ( present in the form of nucleotide sequence) from DNA (deoxyribonucleic acid) is copied into a strand of mRNA (messenger RNA) with the help of enzyme RNA polymerase.

It is the initial process of gene expression.

The mRNA thus formed is further translated to form desirable protein.

Thus, during the process of transcription, the genetic message from DNA is transformed to mRNA.

transcription, the Mrna is copying the DNA

The taking of a sediment to a new location is called?

Answers

I believe your answer is erosion
Erosion is the washing/wearing away of soils. Deposition is when that soil reaches its final destination, the new location.

What is the relationship between the zooxanthellae and the hard coral, the remora and the manta ray, the tiger shark and the green sea turtle, and the dolphin and the school of trevallies and state why you chose that relationship. The relationships will be predation, competition, commensalism, or mutualism.

Answers

The Zooxantelae and the hard coral are in a mutualistic relationship. This means that both the hard coral and the algae benefit from this relationship. The coral gets extra nutrients produced by the photosynthesizing algae, and the algae gets protection and a stable environment by living inside the coral tissue.

The case of the remora and the manta ray is a perfect example of commensalism. In this type of relationship, one of the participants has benefits, and the other participant has no benefits, nor costs. The remora gets ''leftovers'' from the manta ray, and possible protection from larger predators and the manta ray does not benefit from this relationship.

The tiger shark prays on the green sea turtle, so this is a clear example of predation.

The trevallies and the dolphins are both apex predators, therefore they are competing against each other for pray.

Zooxanthellae and the hard coral-Zooxanthellae are the symbiotic algae that live within the hard or stony corals. The symbiotic relation is based on the coral's inability to generate sufficient amounts of food and the algae’s ability for photosynthesis and converting chemical elements into energy. - mutualism

The remora and the manta ray-The benefits to the remoras and remora for living in such close association with their larger hosts are clear, but there is a debate about whether the manta rays receive a significant return in benefits from these relationships. - mutualism

The tiger shark and the green sea turtle - the turtle is eaten by the shark-predation

The dolphin and the school of trevallies-To feed, dolphins use a fast, surprise attack, and, unlike the hunting packs of trevallies, dolphins can successfully hunt alone. - predation

I hope that this is the answer that you were looking for and it has helped you.

A doctor diagnoses a patient with a disease called polymyositis. The patient tires quickly when walking, has difficulty swallowing, and struggles to raise his arms above his head. This disease primarily affects which type of tissue? Brain Epithelial Blood Muscle

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You often feel tired in your muscles,
You use muscle to swalow,
You use a lot of muscle to raise your arms above your head.
According to my research,  I say muscle.
I hope this helps!
It primarily affects the muscle (according to my research).

Shamash is the god of?

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Sun shamash religion the god of the sun who with the mood god sin Sumerian nanna and ishtar sumerian Inanna the goddess of venus was part of an astral triad of divinities

Proteins have a variety of functions within a living cell. Describe at least three of the possible functions of proteins, and explain how proteins can be so diverse when there are only a limited number of different amino acids.

Answers

Answer and explanation;

-Protein functions are so diverse because of the many unique three-dimensional structures protein polymers form. The functions of proteins are very diverse because there are 20 different chemically distinct amino acids that form long chains, and the amino acids can be in any order. For example, proteins can function as enzymes or hormones.

-The sequence and number of amino acids ultimately determine a protein’s shape, size, and function. A change in any amino acids in the sequence alters the structure and function of a protein.

-Enzymes, which are produced by living cells, are catalysts in biochemical reactions and are usually proteins.

-Hormones are chemical signaling molecules, usually proteins or steroids, secreted by an endocrine gland or group of endocrine cells that act to control or regulate specific physiological processes, including growth, development, metabolism, and reproduction.

-Additionally, structural proteins provide internal and external support to protect and maintain cell shape.


 
Q:
Proteins have a variety of functions within a living cell. Describe at least three of the possible functions of proteins, and explain how proteins can be 

A:Any of a group of complex organic macromolecules that contain carbon, hydrogen, oxygen, nitrogen, and usually sulfur and are composed of one or more chains of amino acids. Proteins are fundamental components of all living cells and include many substances, such as enzymes, hormones, and antibodies, that are necessary for the proper functioning of an organism. They are essential in the diet of animals for the growth and repair of tissue and can be obtained from foods such as meat, fish, eggs, milk, and legumes.