BIOLOGY HIGH SCHOOL

Which part of the dna molecule codes for information that is translated into proteins?

Answers

Answer 1
Answer:

Answer:

Gene

Explanation:

Please find the attachment for detail

Related Questions

Why does DNA replication have such accuracy ?
Which best explains why viral infections are usually harder to treat than bacterial infections?​
The euglena's red eyespot is used for _____. detection of danger detection of light photosynthesis binary fission
Name the three tasks or responsibilities does a forensic scientist have?
Which of the following is a man-made aquatic habitat?a. lake b. reservoir c. stream d. pond

What is the role of diaphragm in the digestive system?

Answers

diaphragm:
it is a sheet of muscle which is doomed shape....in thoracic cavity...
role in digestion:
it can increase intra abdominal pressure and help to expel
1 vomit
2 urine
3 feces...
diaphragam is a sheet of muscle situated below the lungs and it helps in regular breathing.the sheet contracts and expands when we breathe in and out

Many new groups of organisms evolved in a relatively short time in an event called the _____.

Answers

It is called the cambrian explosion. It is where new groups of organisms arises and are being classified and it is during the period of the cambrian, one of the reason why it was named after it. It has the highest animals found during that time and it could be found on the fossil records that has been established.

which of the following explains the fact that animals that differ greatly in complexity can have similar numbers of genes?

Answers

Each organism functions and is based on the structure of their genes which shapes their genotype, the traits of the genes and the phenotype, the external traits and characteristics. Hence, animals with complex structures and even simple ones has the similar fundamental component -genes. Genes, however, can vary in distinct number of ways. In complex organisms they may have the sophisticated structures but the genes that holds those basic structure remains identical hence same number of genes. 

The calvin cycle of photosynthesis begins when?

Answers

calvin cycle starts when the energy of light is processed to chemical energy within the cells of plants. The ATP molecules made power the Calvin cycle. The Calvin cycle utilizes energy to create carbohydrates from h20 and co2.
Begins when Light independent reactions gets the energy from sunlight to create ATP and NADPH molecules given off oxygen gas. It converts carbon dioxide into carbohydrate molecules named glucose

A scientist has been tracking and studying a population of deer in Yellowstone National Park. He surveys the population every six months. Usually, the population is thriving and has a gene pool with a wide variety of traits. But during one six-month period, an event occurred that affected the population, and when the scientist returned, the amount of genetic variation had decreased significantly. Which of the following is most likely the event that occurred to change the population? Yellowstone National Park expanded its borders.

Answers

Hi,

I think that you're missing some options, but here they are (let me know if I'm right!

-A population of wolves was introduced
-The amount of disease in the deer population decreased
-More grass was planted

Now, if the gene diversity decreased, it means that a lot of deer died. This could happen because wolves were introduced -this is the correct answer, and the wolves ate some deer.

It may be due to the fact that there was an event that eliminated many of the individuals in species.

What is genetic variation?

The term genetic variation refers to the occurence of organisms in a specie that are composed of different genotypes.

If the genetic variation in a population at the yellowstone park is decreased it may be due to the fact that there was an event that eliminated many of the individuals in species.

Learn more about genetic variation:brainly.com/question/848479

#SPJ5

CRISPR-Cas9 technology is very innovative and made a breakthrough in biomedical science. What aspect of CRISPR-Cas9 making special from traditional PCR-based base changes? Briefly describe.

Answers

Here we go I got this for you:

CRISPR-Cas9 technology is indeed groundbreaking in biomedical science, and its key distinction from traditional PCR-based base changes lies in its precision and versatility.

**Precision:** CRISPR-Cas9 allows for highly specific and targeted modifications to an organism's DNA. It can precisely edit or replace individual DNA sequences with a high degree of accuracy. In contrast, traditional PCR-based methods are less precise and can introduce unintended mutations.

**Versatility:** CRISPR-Cas9 can be used not only to introduce base changes but also to perform a wide range of genetic manipulations, including gene knockout, gene activation, and gene insertion. It offers a versatile toolkit for genetic engineering and gene therapy applications. Traditional PCR-based methods are primarily focused on amplifying and sequencing DNA, lacking the versatility for such precise genome editing.

In summary, CRISPR-Cas9's precision and versatility make it a revolutionary tool for genetic editing, going beyond the capabilities of traditional PCR-based methods.
Other Questions
Glaucoma is a leading cause of blindness. Studies have linked a common form of glaucoma to three genes and more than 20 genetic loci. Which best describes glaucoma?a. . a recessive trait that requires multiple recessive alleles to be expressed b. . a polygenic trait that is influenced by the number of alleles present c. . a codominant trait that is expressed more often when more dominant alleles are present d. . a dominant trait that depends on the presence of only one of many dominant alleles
Scientists can estimate the number of bacteria in a refrigerated food using the formula 0.2b=t^2/20 where b is the number of bacteria and t is the time in seconds. What was the approximate time a food was in the refrigerator if there were 625 bacteria?A. 30 seconds B. 40 seconds C. 50 seconds D. 60 seconds
Please help Giving 100 points extra And brainliest
After its main sequence existence, a medium-sized star, like our Sun, will become a A. protostar B. red dwarf C. white dwarf D. red giant E. red supergiant