If genes from an organism, such as a bacterium, are inserted into a cell of another organism, such as corn, why does the gene still function?

A) The organism receiving the gene will modify it so it can work.

B) The gene carries the necessary enzymes to allow it to be read in corn.

C) The genetic code is read in the same way by all organisms.

D) The bacterium is similar enough to the corn that the gene is able to function.

Answers

Answer 1
The Answer is A) The organism receiving the gene will modify it so it can work.
Hope this helps!
Have a great day mate!!
Answer 2

Answer: C). The genetic code read by the organism in the same way by all organisms.

Explanation:

The gene is the smallest functional unit of the genome of the organism which is expressed in the organism and it produces a particular trait in the organism.

The genetic engineering is a field which facilitates the manipulation of the genetic makeup of the organisms.

The function of gene will remain the same even though it is transfered from one organism to other. Every gene exhibit a genetic code which helps in expression of gene in an oderly way. Thus irrespective of the organism the order of expression of gene will be maintained by genetic code.


Related Questions

All organisms perform _____, whether or not oxygen is present.

A). Glycolysis
B). Aerobic respiration
C). Photosynthesis
D). None of the above

Answers

Answer: Glycolysis

Explanation:

Glycolysis is an universal process which takes place in all the organism from bacteria to humans. It can occur whether oxygen is present or not. It is the first step of cellular respiration that takes place in cytosol.

During glycolysis, breakdown of the glucose into pyruvate occurs with the formation of two energy molecules of ATP and two NADH molecules.

Thus, the correct answer is option (A).

The type of cell division that creates two identical cells, each with 46 chromosomes is called _______________________.

Answers

The type of cell division that creates two identical cells, each with 46 chromosomes is called mitosis.

What is mitosis?

A cell prepares for cell division by replicating its chromosomes, segregating them, and creating two identical nuclei during the mitotic phase. The cell's contents are typically evenly divided into two daughter cells with identical genomes after mitosis.

Mitosis can be compared to copying an instruction manual. Give two copies of each page, one to each of the two recipients. A cell copies each chromosome during mitosis and distributes one copy to each of its two daughter cells.

The copies must be flawless. No omissions or misspellings. If we don't, we could be unable to follow the directions, and anything might go wrong. Mitosis follows the same pattern.

Therefore, The type of cell division that creates two identical cells, each with 46 chromosomes is called mitosis.

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Compared to fraternal twins, identical twins are _____ as likely to develop alzheimer's disease two times equally three times four times

Answers

Compared to fraternal twins, identical twins are EQUALLY likely to develop alzheimer's disease. 
Several research studies on fraternal and identical twins have reported that identical twins have equal chance of developing alzheimer's disease. This is also true for emotional instability.

Which area of the brain is the staging area for skilled motor activities?

Answers

They are usually in the left hemisphere. special motor speech area that directs MUSCLES in speech production.
They receive info from general sensory receptors in skin.

Which description best contrasts skeletal and smooth muscle tissue? Skeletal muscle tissue contains no bands, whereas smooth muscle tissue is streaked with bands. Skeletal muscle tissue stores energy and blood, whereas smooth muscle tissue controls movement. Skeletal muscle tissue regulates muscles attached to bones, whereas smooth muscle tissue regulates the heart. Skeletal muscle tissue controls voluntary movements, whereas smooth muscle tissue controls involuntary movements.

Answers

Skeletal muscle is smooth and is under voluntary movement, which means you control it. Smooth muscle tissue forms the support for your hollow organs. So the correct answer is:

Skeletal muscle tissue controls voluntary movements, whereas smooth muscle tissue controls involuntary movements.
Final answer:

Skeletal muscle tissue controls voluntary movements and has a striped appearance, while smooth muscle tissue controls involuntary movements and lacks the striped appearance.

Explanation:

The best contrast between skeletal and smooth muscle tissue is that skeletal muscle tissue controls voluntary movements while smooth muscle tissue controls involuntary movements. Skeletal muscle tissue forms skeletal muscles, which attach to bones or skin and control locomotion and any movement that can be consciously controlled. They are also characterized by their striped or striated appearance under a microscope due to the regular arrangement of contraction proteins. On the other hand, smooth muscle tissue occurs in the walls of hollow organs like the intestines, stomach, and blood vessels, and it controls involuntary movements. Smooth muscle does not have the banded or striated appearance because their cells are arranged in sheets instead of bundles, and each cell has a single, centrally located nucleus.

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A pregnant woman is admitted to the hospital with a diagnosis of placenta previa. which action would be the priority for this woman on admission

Answers

Assessing fetal heart tones by use of an external monitor would be the priority. 


Why are unsaturated fatty acids particularly abundant in the cellular membranes of antarctic fish?

Answers

Antarctic fish species requires an adaptation to cold environment. Living at cold temperature environment would demand certain biological responses such as cutaneous respiration, enlarged blood vessels, and producing greater amounts of fat. Most of these fat are composed of higher phospolipid levels which are primarily due to phosphatidylethanolamine. This phospolipid is responsible for destabilizing cell membranes and make it more fluid thereby allowing unrestricted blood flow. The fatty acid composition of the membrane lipid is important for membrane fluidity, this is mainly attributed to unsaturated fatty acids which are responsible for decreasing the order of membrane lipids thereby decreasing viscosity. At extremely low temperatures, organisms with low concentration of unsaturated fatty acids would freeze cell membranes. That's why antarctic fishes have higher levels of unsaturated fatty acids. 
Final answer:

Antarctic fish have a higher proportion of unsaturated fatty acids in their cellular membranes to maintain membrane fluidity in cold environments.

Explanation:

Antarctic fish have a higher proportion of unsaturated fatty acids in their cellular membranes because unsaturated fatty acids help maintain fluidity in cold environments. In cold temperatures, saturated fatty acids become compressed and make the membrane less fluid and more rigid, which can lead to rupturing. On the other hand, unsaturated fatty acids have kinks in their tails that elbow adjacent phospholipid molecules away, maintaining space between the phospholipid molecules and preserving membrane fluidity. This adaptation allows Antarctic fish to survive in the cold temperatures of their environment.

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Which term refers to a sperm count of less than 20 million/ml?

Answers

Oligospermia I think. Anyways

A(n) _____ includes all living and nonliving things in an environment.

A. community
B. ecosystem
C. population
D. landform

Answers

Don't understand how this was particularly hard; I feel people are just lazy.

The answer is ecosystem.
This is because c refers to a single animal or species. (i.e. population of wolves in said ecosystem.)
Community would be specifically the animals living in an area.
And a landform is the natural feature of a solid surface.

An ecosystem includes all living and nonliving things in an environment. Hence the correct option is b.

An ecosystem encompasses all living and nonliving components within a specific environment, working together as a functional unit. It includes not only the various plant and animal species (populations) present but also the physical factors such as soil, water, climate, and geological features (landforms) that interact with these organisms. Ecosystems are characterized by the flow of energy and the cycling of nutrients, with different species playing roles in these processes.

For instance, plants capture sunlight and convert it into energy through photosynthesis, herbivores consume plants, and carnivores prey on herbivores, forming complex food webs. Additionally, the nonliving components, like water and soil, influence the distribution and abundance of species. Ecosystems vary in size, from a small pond to a vast rainforest, but they all share the fundamental principle of interconnectedness, where the living and nonliving components interact and influence each other's dynamics. Understanding ecosystems is crucial for ecological studies, conservation efforts, and managing environmental resources sustainably. Hence the correct option is b.

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Japan is the leading producer of farm-raised shrimp, offering a lower price than Americans who farm or catch shrimp for a living. Shrimp farming requires converting coastline estuaries into holding pens for the baby shrimp to grow in. What will be the long-term consequences for Japan if this industry continues to grow?

A. Increased growth in the near-shore fishing and crabbing industries of Japan
B. Increased estuarine diversity because of new predators
C. Decreased pollution of estuaries and coastal waterways.
D. Decreased number of fish species who use the estuaries

Answers

The most likely answer is
D)Decreased number of fish species who use the estuaries. 

The Japanese model for shrimp farming in estuaries basically involves converting estuary areas into shrimp farms, isolating these areas and dedicating them solely to the farming of shrimp. This excludes other fish species from areas that were previously the environment in which they lived.

Answer:

D. Decreased number of fish species who use the estuaries

Explanation:

An older female client tells the nurse in the clinic that she has a cystocele that was diagnosed a year ago. she has urinary frequency and burning on urination. the client asks, "the primary healthcare provider wanted me to have surgery for the cystocele last year; but, i can manage with peripads. it won't hurt not to have surgery, will it?" how should the nurse respond?

Answers

Cystocele is a medical condition also known as Anterior Prolapse or a Prolapsed bladder. This condition arises in women when the the supportive tissues between the urinary bladder and the vaginal wall is torn away during childbirth or weakens that causes the bladder to come out in the vagina. It may lead to bladder infection, difficulty during urination and frequent urination. The treatment of cystocele depends upon its severity.
In case of the older female client the cystocele is causing discomfort and she has already taken the self care measurement by using peripads.
She is managing the disease with the peripads and wants to avoid the surgery.

The nurse should explain the severity of the disease and explain her about how she has managed the disease with self care since last year. The nurse should explain the benefits associated with the surgery and how can she be relaxed in the coming years after surgery.

from where do the gems used in jewelry come?

A. They are non-metallic silicate B. They are metallic minerals C. They are non-metallic minerals D. They are metallic ore

Answers

I believe the answer would be C. pleas brainliest

The gems commonly used in jewelry come from mining efforts and are usually classified as non-metallic minerals.

Jewelry uses a wide variety of gems and other valuable elements such as:

Sapphires EmeraldsGoldSilverTopaz

and many more. These gems and elements all have distinct properties and therefore classifications.

Gold and silver are considered metallic ore. They are mined and have properties of metals. One of these defining properties is that both gold and silver may be melted and used to produce other substances. However, though they are used in jewelry, they are not considered to be gems.

Gems in jewelry are those that cannot be melted into other substances and have only a dull, submetallic shine, except the diamond. Gems are unique and desired for their colors. Their lack of shine comes from their relatively low refractive index. This is a property common to nonmetallic minerals. Therefore option C is correct.

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from the time of my beginning, my part was made of fibrous material called collagen, which is secreted by

Answers

Collagen is secreted by fibroblasts. Some type of collagen are also secreted by epithelial cells. There are different types of collagen in the body.
Collagen is the most abundant protein in the body and a key components of all connective tissues. It provides the infrastructure of the muscoskeletal system which are essential for mobility.

You are dispatched to a 22 y/o male that crashed on his mountain bike and is c/o difficulty breathing. you arrive on scene to find the pt sitting up in the middle of the trail speaking in one to two word sentences and clutching the left side of his chest. upon further evaluation you discover that your pt has altered loc, bp of 110/76, hr 140 and tachypnea at 28 bpm. what state of shock is your pt in?

Answers

The answer to this question would be: Compensatory phase


In this question, the patient is having difficulty in breathing, altered level of consciousness, increased heart rate, and increased respiratory rate. In the compensatory phase of shock, the body will try to compensate the loss of fluid by increasing their function temporarily. This was done by increasing heart rate so the blood delivered into the body could be increased.
If the patient doesn't get any treatment, the organ will be tired after a while and then the patient condition will be progressively declined into the progressive phase.

Visit the website below and use the information to answer the question that follows. On the About Forensic DNA tab, read the sections titled “About Forensic DNA” and “Basics of DNA Typing.” DNA Evidence Basics How can DNA be used to help solve a crime?

Answers

Each person’s DNA is unique.Scientists use variable regions in DNA to create  DNA profile.DNA samples can be taken from blood, bone, hair, or other body tissues and
products.DNA from a crime scene can be compared to DNA from a suspect.DNA typing can be used to solve old cases.  this is what you need to write.

Forensic science is a branch of science that uses collected evidence to solve the case it can include the collection of DNA, blood samples, fingerprints etc.

How DNA can be used in solving crimes?

DNA or the genetic material of every individual is different and unique. The region that varies in individuals can be employed in forensic sciences to solve the case.

Crimes can be solved by DNA profiling that includes matching samples with the suspects or through a DNA database. Samples of hair, blood or hair at the crime scenes can be used for DNA extraction and profiling.

Thus, variable sequences of DNA can be used in solving crimes.

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How much does a gallon of blood weigh in pounds?

Answers

8.85 pounds because of its density

A gallon of blood usually weigh around 8.34 pounds but can be slightly above.

What is Blood

Blood is a vital fluid that circulates throughout the human body, delivering essential substances and removing waste products. It is composed of various components, including red blood cells, white blood cells, platelets, and plasma.

Red blood cells, or erythrocytes, are the most abundant cells in the blood. Their primary function is to transport oxygen from the lungs to the body's tissues and carry carbon dioxide, a waste product, back to the lungs.

White blood cells, or leukocytes, play a crucial role in the immune system. They help defend the body against infections, diseases, and foreign invaders by identifying and eliminating harmful pathogens or abnormal cells.

Platelets, or thrombocytes, are involved in blood clotting. When there is an injury, platelets aggregate at the site and form a clot, preventing excessive bleeding.

Plasma is the liquid component of blood, making up about 55% of its total volume. It is a yellowish fluid that carries nutrients, hormones, antibodies, waste products, and other essential substances throughout the body. Plasma also helps regulate body temperature and maintain proper pH balance.

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What are some factors that can regulate enzyme activity?

Answers

Feedback inhibition... where the product of a reaction becomes a competitive inhibitor in order to block more substrate from entering the active site.

Allosteric inhibition... certain enzymes have regions on them away from the active site where special allosteric inhibitor proteins can bind to which change the shape and overall function of the enzyme. This is a form of noncompetitive inhibition.

Other factors could be ph, temperature, amount of substrate/enzyme...

What is the function of mitochondria in cells?

A.Storing water

B.Packaging proteins

C.Forming lipids

D.Producing energy

Answers

producing energy that is the job of the mitochondria

Energy production in cells occurs as a result of oxidative phosphorylation in the mitochondria.

The correct answer is D

What are the mitochondria's primary roles?

Membrane-bound cell organelles known as mitochondria (mitochondrion, singular) produce the majority of the chemical energy required to fuel cellular metabolic operations.

What occurs if the mitochondria fail to function?

The lack of energy in the cells is caused by damaged mitochondria. Damage is caused by the cells' accumulation of unneeded oxygen and fuel molecules. Different mitochondrial diseases can have different symptoms. It relies on the number of faulty mitochondria and their location in the body.

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Certain drugs, known as angiogenesis inhibitors, are effective anti-cancer drugs because they cut off the blood supply to tumors. Without blood supplying fresh oxygen and nutrients to the cancerous cells, the tumors cannot survive. Given this information, angiogenesis inhibitors will be least effective in treating tumors in which kind of tissue?

a) epithelial tissue
b) connective tissue
c) nerve tissue
d) muscle tissue

Answers

a. epithelial tissue or nerve tissue

The answer is A, you can't cut the blood supply because the epithelial tissue is on blood vessels and organs, so you can't cut it.

________ are the body's primary and most immediate source of energy. fats carbohydrates proteins

Answers

Hello There!

Carbohydrates are the body's primary and most immediate source of energy. 

This is because carbohydrates are broken down by an enzyme called carbohydrase into glucose. Glucose is the immediate energy source.

Hope This Helps You!
Good Luck :) 

- Hannah ❤

A cell with a predominance of rough endoplasmic reticulum is most likely ________. a cell with a predominance of rough endoplasmic reticulum is most likely ________. producing large quantities of carbohydrates for storage in the vacuole producing large quantities of proteins for secretion producing large quantities of proteins in the cytosol producing large quantities of carbohydrates to assemble an extensive cell wall matrix

Answers

The answer to this question would be: producing large quantities of proteins for secretion.

A cell with many rough endoplasmic reticulum has a high protein synthesis capability. This will make the cell able to produce many proteins like enzyme. One example of this type of cell will be pancreas cells. This cell will need many enzymes to digest food that you eat so it will need many ER to produce it.

A cell with a predominance of rough endoplasmic reticulum is most likely producing large quantities of proteins for secretion.

FURTHER EXPLANATION

The endoplasmic reticulum is the organelle which is responsible for the modification of proteins synthesized by the ribosomes and the production of lipids. There are two sections of the endoplasmic reticulum: rough endoplasmic reticulum and smooth endoplasmic reticulum.

The rough endoplasmic reticulum is where the modification of proteins that will be transported out of the cell takes place. It is called “rough” because it looks like it is studded on its surface with ribosomes where proteins are synthesized. These proteins get modified in the rough endoplasmic reticulum through addition of side chains or folding. Phospholipids are also made in the rough endoplasmic reticulum. These are important components of cellular membranes. All the modified proteins and phospholipids are transported out of the rough endoplasmic reticulum to their destinations via the vesicles.

The smooth endoplasmic reticulum, meanwhile, is the site for carbohydrate, steroid and lipid synthesis. It is considered smooth because of the limited number or absence of ribosomes on its surface.

Producing large quantities of carbohydrates for storage in the vacuole

FALSE: carbohydrates synthesis is not a function of the rough endoplasmic reticulum; the rough endoplasmic reticulum modifies proteins that are for extracellular use.

Producing large quantities of proteins for secretion

TRUE: this is exactly what the rough endoplasmic reticulum does.

Producing large quantities of proteins in the cytosol

FALSE: protein synthesis happens in ribosomes which are floating on the cytosol; proteins on the surface of the rough endoplasmic reticulum are transported outside the cell.

Large quantities of carbohydrates to assemble an extensive cell matrix

FALSE: carbohydrate synthesis is not a function of the rough endoplasmic reticulum

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Keywords: rough endoplasmic reticulum, protein synthesis

Although the doctors can find no physical reason for his symptoms, aaron reports that he is unable to feel anything with any part of his left hand from the wrist to his fingertips. aaron has a
a. neurocognitive disorder.
b. a physical problem due to compulsive hand-washing.
c. conversion disorder.
d. dissociative disorder.

Answers

It should be B. Hope it helps

The main difference between desert and tundra biomes is _____. moisture content of the air limited topsoil amount of precipitation temperature

Answers

The main difference between desert and tundra biomes is Temperature. Moisture content of the air limited topsoil amount of precipitation temperature. 

Answer:

temperature

Explanation:

Which statements could be categorized in the "Asexual" section of the Venn diagram? Check all that apply.
mitosis
diploid cells
two cell divisions
gametes
identical DNA

Answers

mitosis, diploid cells, identical DNA

The right answer are : mitosis, diploid cells, and identical DNA.

The answers "two cel divisions" and "gametes" refers to a division by meiosis which is a sexual reproduction.

Asexual reproduction or asexual reproduction is a mode of reproduction, which - as opposed to sexual reproduction - corresponds to the capacity of living organisms to multiply alone, without a partner, without involving the fusion of two gametes of opposite sexes. Asexual reproduction is observed in multicellular (animal and plant) and unicellular organisms. In botany, the term often used for the asexual multiplication of plants is vegetative multiplication. In all cases of asexual reproduction, the result is identical to the mother.

DNA replication occurs prior to meiosis and _________.
A. mitosis
B. cytokinesis
C. transcription

Answers

A. Mitosis is the correct answer.

DNA replication occurs in the two major types of cell division: mitosis and meiosis.

Mitosis is the splitting of a normal cell into two daughter cells and involves complete replication of the cells DNA to produce two identical copies. Meiosis is a specialised and more complex two-stage form of cellular division related to sex cells and involves DNA replication followed by an exchange of DNA material within/between the chromosomes to mix genes from both parents and produce daughter cells with half the number of chromosomes as the original parent cell. Animal sperms and eggs are examples of cells produced by meiosis and contain half the number of chromosomes as normal cells. When combined during fertilization the egg and sperm produce a cell with the full compliment of chromosomes.

Cytokinesis is a part of the cellular life cycle that is related specifically to the division of the cytoplasm (basically the "soup" of material inside the cell). It is part of the cellular division process but not specifically related to nuclear division (i.e. DNA replication).

Transcription relates to the production of RNA from DNA which is then used for protein synthesis. DNA is not replicated during the transcription process, rather, this is a separate process critical for the production of proteins by the cell.

Which obesity-related condition involves an abnormally high number of fat cells?

Answers

The condition is known as hypercellular obesity. 

In this condition, there is an abnormally large number of adipocytes, also known as fat cells. This condition is more prominent in obese individuals that started out as obese adolescents and are now obese adults, but it also may occur in very obese adults.

What is the cause of the hyperpigmentation seen in people with cushing syndrome?
a. permissive effects of aldosterone when cortisol levels are altered
b. hypersensitivity of melanocytes with sun exposure
c. elevated levels of acth
d. abnormal levels of cortisol?

Answers

c. Elevated levels of ACTH

Rationale: Bronze or brownish hyperpigmentation of the skin, mucous membranes, and hair occurs when there are very high levels of ACTH.

I NEED HELP QUICK, PLEASE !!

Which box depicts the simplest level of organization?
A) P
B) Q
C) R
D) S

Answers

Cells are the most simple level of organization, as tissues contain cells, organs contain tissues and systems contain organs, so R would be your answer.
I believe C. (or R)

Cells are the most simplistic structures of the human body. They're like the building blocks of you're whole body!

I hope this helped you! :)

What types of movements do we see among the lipids in the membrane?

Answers

Most membrane channels allow passage by simple diffusion of small inorganic ions of a specific type and may also be voltage gated. The solute binds to a protein carrier on one side of the membrane and is released on the other side after the transporter undergoes a change in shape, the movement of molecules across a cell membrane from a region of their lower concentration to a region of their higher concentration in the direction against some gradient or other obstructing factor.

Which of the following is NOT a benefit of GMOs They can resist disease. They require less fertilizer. They grow faster. They create superweeds.

Answers

Answer: They create superweeds

Explanation:

The creation of superweed by genetically modified plants is not a benefit of GMOs. Superweed can be defined as the weeds that has become resistant to the effect of herbicides.

These weeds have become a problem for farmers as they occupy the space and nutrient and are also not removed by herbicide.

These weeds are produced by the genetically modified plants and crops which is not a benefit of it.

The one that is NOT a benefit of GMOs is they create superweeds and the correct option is option 4.

Genetically modified organisms (GMOs) offer several potential benefits. They can increase crop yield by making plants resistant to pests, diseases, and environmental stressors. This can help address food security challenges and reduce reliance on chemical pesticides.

GMOs can also be engineered to have enhanced nutritional value, addressing nutrient deficiencies in certain populations. They may require less fertilizer and water, contributing to more sustainable agricultural practices.

Additionally, GMOs can extend the shelf life of crops, reducing food waste. However, it is important to consider potential risks, such as environmental impacts and the need for proper regulation and safety assessments to ensure the responsible and ethical use of GMO technology.

Thus, the ideal selection is option 4.

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