The process of copying a sequence of dna nucleotides into a complementary sequence of rna nucleotides is called

Final answer:

The eukaryotic organism contains organelles such as the nucleus, mitochondria, endoplasmic reticulum, and the Golgi apparatus, which function in controlling cellular activity, producing energy, synthesizing proteins, and processing cellular products, respectively.

Explanation:

Four organelles that should be present in a eukaryotic organism and their functions are as follows:

These organelles are crucial for the function and maintenance of eukaryotic cells, enabling the segregation of various biochemical processes.

The correct answer is A) lymph system.

When you are sick, extra white blood cells are created by the lymph system.

As part of the immune system in the human body, the lymph system regulates fluid balance and absorb fats. It is a network of vessels in the human body that passes through all the tissues for the lymph fluid to move. It similarly circulates the body as the blood does. The lymph nodes swell in the presence of an infection. That is when you have to go see a medical doctor.

The answer is pia mater a lot referred to as basically the pia, is the subtle inmost layer of the meninges, the membranes adjacent to the brain and spinal cord. Pia mater is Medieval Latin meaning "tender mother". The two meningeal membranes are the arachnoid mater and the dura mater.

Answer is A This man’s offspring will not inherit his mutations in his skin cells because skin cells are not gametes. A mutation is a change in a cell’s DNA. Any cell in a person’s body can develop a mutation, but in order for a mutation to be passed onto a child, it must be present in the genetic material inherited by the child. This genetic material is contained in gametes or sex cells. Answer is A

polysacheride is answer

The short or rod-shaped bacteria known as 'bacillus' are responsible for diseases such as tetanus, typhoid fever, tuberculosis, and diphtheria. Specific bacillus bacteria such as 'Clostridium tetani', 'Salmonella typhi', 'Mycobacterium tuberculosis', and 'Corynebacterium diphtheriae' cause these respective diseases.

The rod-shaped bacteria that is known to produce diseases such as tetanus, typhoid fever, tuberculosis, and diphtheria is classified as bacillus bacteria. For instance, Clostridium tetani releases toxins that cause tetanus. Salmonella typhi is responsible for typhoid fever. The bacterium Mycobacterium tuberculosis causes tuberculosis, and Corynebacterium diphtheriae is the bacteria responsible for diphtheria.

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Types of molecules that interact with each other during the reaction.

Enzymes are composed of 2 parts:

a. Apoenzim parts are enzymes composed of proteins. Apoenzim is a type that dominates from all kinds of enzyme structures. Its unstable nature is easily changed when influenced by temperature and pH.

b. Parts of prosthetic groups are enzymes arranged on the basis of nonprotein. Based on the constituent, prosthetic there are two more parts, namely:

Coenzyme: Its job is to transfer chemicals from one enzyme to another.

Cofactor: Its job is to optimize the ptialin enzyme in breaking down complex sugar molecules.

Like all proteins, enzymes are made for very long, linear chains of amino acids that are folded to produce a three-dimensional product. Each unique amino acid produces a specific structural sequence, which is unique. Individual protein chains are sometimes grouped together to form complex proteins. Most enzymes can be denatured, stretched and inactivated by heating or chemical denaturation, disrupting the structure of the three dimension proteins. Depending on the enzyme, denaturation may not be changed or reversible.

Enzymes have 4 properties, namely:

1. an enzyme resembling a protein

2. Enzymes work back and forth

3. Enzymes work specifically

4. Enzymes are biocatalysts

Molecule Enzyme; brainly.com/question/9893247, https://brainly.com/question/6346224

Class: High School

Subject: Biology

Keywords: Enzyme, Molecule, Proteins.

Answer:

The answer is D! Can you mark me brainliest? Im trying to level up.

Explanation:

The answer is D, DNA to RNA to protein, because this is the correct order of the central dogma of molecular biology, which describes the flow of genetic information within a biological system.

In this process, DNA (deoxyribonucleic acid) is transcribed into RNA (ribonucleic acid) by an enzyme called RNA polymerase, and then the RNA is translated into a protein by ribosomes.

This process is fundamental to all living organisms, and it allows for the transfer of genetic information from one generation to the next. The central dogma is a critical concept in molecular biology and is essential to understanding many biological processes, including genetic disorders and diseases.

The central dogma of molecular biology describes the flow of genetic information within a biological system. It states that DNA is transcribed into RNA, and RNA is translated into proteins. This process occurs in all living organisms and is essential for the function and survival of cells.

The correct order in the central dogma of molecular biology is DNA to RNA to protein. This means that DNA serves as a template for the synthesis of RNA molecules in a process called transcription. The RNA molecules are then transported from the nucleus to the cytoplasm, where they serve as templates for the synthesis of proteins in a process called translation.

The order of the central dogma is important because it ensures that genetic information is properly transmitted from DNA to proteins. Any errors or changes in this process can lead to mutations or other genetic disorders.

Therefore, understanding the central dogma is essential for understanding how genetic information is expressed in cells and how it can be manipulated for various applications in biology and medicine.

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The biome are the factors of temperature, mineral content, and moisture most constant rainforest.

The three classes of biodiversity are

6Thus, option "C" is correct, rain forest, since the other option are not biodiversity.

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Answer:

Artesian well

Explanation:

Artesian well is a kind of large hole made in the ground that captures water when reaching an aquifer sheet and performs its work through the pressure made by the stream.

It is a kind of tubular well where the water pressure is sufficient to perform the mechanical work that would make it reach the surface without the need for pumping. All you have to do is install a device to control the water flow.

Water levels at station D show greater variation as compared to other stations. The automated station is producing erroneous data. Therefore the correct answer is option D.

The height of water above or below a specific point is called the water level. The devices used to measure the automated water levels are gages. The level of water above a specified gauge at a given location is called the stage.

Another piece of equipment used to measure the groundwater is the water level meter. It consists of a probe connected to a measuring tape. When the probe touches the water, it emits a signal. The cable is then lifted slightly, the signal stops and the depth of the water can be read through the measuring tape.

Based on the given data, the automated station that is most likely malfunctioning is Station D.

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Answer:

The correct answer is C. Fats are storage molecules, while enzymes are catalytic molecules.

Explanation:

Fats are primarily made up of carbon and hydrogen atoms which makes it hydrophobic in nature. Fat are macronutrient and they is stored on the liver which are utilized by the body in the scarcity of glucose and glycogen in the body. Fats can provide more calories that amino acids and glycogen after oxidation.

Enzymes are catalytic molecules that can regulate the reaction rate. Most of the enzymes increase the rate of the reaction and helps in completion of a metabolic process. Enzymes in the human body works more efficiently at 37°c.

Therefore fats are used for storage purpose and enzymes are used to catalyze a reaction. So the right answer is C.

Skeletal muscle can make three types of contractions: isotonic, isometric and eccentric. Isotonic contractions change muscle length but keep force constant. Isometric contractions produce tension without changing muscle length. Eccentric contractions allow the muscle to elongate while under tension.

Skeletal muscle is capable of three different types of contraction: isotonic, isometric, and eccentric. Isotonic contractions can be either concentric or eccentric. During an isotonic contraction, the length of the muscle changes but the tension or force within the muscle remains constant. Isometric contractions result in no change in muscle length even though tension is produced. Lastly, in eccentric contractions, the muscle elongates while under tension, usually as a means to control the re-lengthening of the muscle following an isotonic, muscle-shortening contraction.

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Answer:

Digestive System

Explanation:

    The digestive system is responsible for the process of digestion, that is, processing and absorption of food in order to meet the needs of all cells. The proper functioning of this system is due to two important aspects:

    - Compartmental, that is, as much as the various organs that make up this system are physically linked, they still have, within certain limits and harmony, independence of functioning. In other words, each organ will perform a particular function even though it is connected to other structures;

    - Enzymatic, that is, the food will pass through the different organs and, as a result, will undergo the enzymatic action of different enzymes in each region.

    A valid caveat is that during the digestion process physical and chemical changes occur with the food, which aims to create chemical structures and the ideal physical condition to be absorbed.