Facilitated diffusion allows the crossing of large polar molecules, charged molecules (like ions), and small polar molecules, while gases hydrophobic molecules by simple diffusion.
What are the different types of diffusion?Polar and charged molecules including ions, amino acids, nucleosides, and carbohydrates can traverse the plasma membrane due to facilitated diffusion.
Simple diffusion through the cell membrane (plasma): Small, uncharged substances like oxygen and carbon dioxide as well as hydrophobic molecules like lipids can move through the cell membrane through simple diffusion due to the nature of the lipid bilayer.
Therefore, gases hydrophobic molecules cross the cell membranes by simple diffusion.
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all of the trident maple trees, loblolly pine trees, and pawpaw trees in atlanta could be considered members of:
All of the trident maple trees, loblolly pine trees, and pawpaw trees in atlanta could be considered members of: a community and an ecosystem.
What is difference between community and ecosystem?
A community is concerned with the populations of living things and their interactions in a particular space. These are thought of as biotic or life forces. In a forest, for instance, the community would include deer, bears, grass, trees, and decomposers. Decomposing organisms include fungus and bacteria. All living things, such as fungus and plants, would be included in the forest.
Both biotic and abiotic forces are present in an ecosystem. Abiotic elements are those that are not living, such as the local climate and topography. Abiotic elements include things like the sun, rocks, and water. An ecosystem is created by the interaction of the biotic and abiotic elements.
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refer to the treatments listed below to answer the following question. you isolate an infectious substance capable of causing disease in plants, but you do not know whether the infectious agent is a bacterium, virus, viroid, or prion. you have four methods at your disposal to analyze the substance and determine the nature of the infectious agent. i. treat the substance with enzymes that destroy all nucleic acids and then determine whether the substance is still infectious. ii. filter the substance to remove all elements smaller than what can be easily seen under a light microscope. iii. culture the substance on nutritive medium, away from any plant cells. iv. treat the sample with proteases that digest all proteins and then determining whether the substance is still infectious. if you already know that the infectious agent was either bacterial or viral, which method(s) listed above would allow you to distinguish between these two possibilities?
If you already know that the infectious agent is either a bacterium or a virus, method III (culturing the substance on nutritive medium, away from any plant cells).
And method IV (treating the sample with proteases that digest all proteins and then determining whether the substance is still infectious virus) would allow you to distinguish between these two possibilities. Culturing the substance on nutritive medium would allow infectious agent you to grow bacterial cells, while viruses cannot grow on their own, they need to infect a host cell to replicate. Method IV would allow you to identify whether the infectious agent is composed of proteins or not, as proteases would digest proteins but not the nucleic acids of a virus.
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All of the following describe a major feature used to classify organisms into to three domains (Bacteria, Archaea, and Eukarya) EXCEPT __________.O Protozoa—small animalsO Nutritional and metabolic factorsO Presence or absence of DNAO Bacteria
Presence or absence of a nucleus[presence or absence of DNA].presence or absence of peptidoglycan nutritional and metabolic factors.
Bacteria are minuscule, prokaryotic, unicellular creatures. They differ from Archaea and Eukarya in having peptidoglycan in the cell wall, a membrane made of unbranched fatty acid chains joined to glycerol by ester bonds, and a special form of rRNA. Gram-positive, Gram-negative, Cyanobacteria, and Mycoplasmas are a few examples. Due to their resemblance to bacteria in appearance, nucleus these unicellular prokaryotic organisms were mistakenly classified as bacteria before the emergence of three domain systems.These are the most archaic and primordial forms among the three realms, and it is known that they can survive under the worst environmental circumstances. Acidophiles, for instance, thrive at pH levels below 1. Although there are also single-celled eukarya, eukarya is the only category that encompasses multicellular, nucleated, and visible creatures with distinct membrane-bound cell organelles.
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The body cells of elephants have 56 chromosomes. If an elephant skin cell with 56 chromosomes divides by mitosis, each daughter cell will have _____________ chromosomes. If you are female, then yes. If you are a male, then no (your X and Y are only partly homologous.
If an elephant skin cell with 56 chromosomes divides by mitosis each daughter cell will have 56 chromosomes.
What exactly do you mean by chromosomes?
Chromosomes are thread-like structures made up of DNA and proteins that are found in the nucleus of eukaryotic cells. They contain genetic information that is passed from parents to offspring and are responsible for determining an individual's inherited traits.
Mitosis is a process of cell division in which one cell divides into two identical daughter cells. During mitosis, the genetic material in the parent cell is replicated and divided equally between the two daughter cells. As a result, each daughter cell will have the same number of chromosomes as the parent cell. In the case of an elephant skin cell, which has 56 chromosomes, each daughter cell will also have 56 chromosomes.
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Explain why COVID is not classified like the cells it infects
Answer:
Cause COVID is caused by a virus called Novel corona virus and it affects directly our nervous and respiratory system not a particular cell.
in the context of science, how would you classify the following statement? dinosaurs became extinct because a large asteroid collided with earth.
Dinosaurs became extinct because a large asteroid collided with earth. The answer is Hypothesis.
What is meant by asteroid ?
One of the smaller planets in the inner Solar System is an asteroid. Asteroids are stony, metallic, or ice worlds without an atmosphere, with sizes and forms ranging from 1-meter pebbles to a dwarf planet with a diameter of over 1000 km.In the past, asteroid observations have been made from Earth; however, the Galileo spacecraft made the first near study of an asteroid.NASA and JAXA subsequently launched a number of asteroids-focused missions, and other missions are being planned.While Dawn investigated Vesta and Ceres, NASA's NEAR Shoemaker studied Eros. Itokawa and Ryugu samples were investigated by the JAXA missions Hayabusa and Hayabusa2, respectively, and returned.Bennu was examined by OSIRIS-REx, which took a sample in 2020 and will return it to Earth in 2023.To learn more about asteroid refer to
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which part comes first just like humans, dogs shiver and chatter their teeth when they are cold. the dog's nervous system and other systems interact in the temperature cycle. the result is to warm the dog to its normal temperature.
When a dog is cold, its nervous system and other systems interact to warm the dog to its normal temperature. the dog's body responds to cold temperatures is by shivering and chattering its teeth.
Shivering is a reflex that is controlled by the nervous system, it causes the muscles to contract and generate heat. Chattering teeth is also controlled by the nervous system and is a way to release heat through the jaw muscles. The shivering and chattering teeth are the result of the dog's body trying to maintain its normal temperature and these are the first symptoms that a dog is cold. The dog's body will also shivering constrict blood vessels to reduce blood flow to the surface of the skin in order to conserve heat and will start to produce more heat through the metabolic process. All these actions are coordinated by the dog's nervous system as the first line of defense against cold temperature.
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an aerobic gram-negative coccobacillus was isolated from a nasopharyngeal swab 48 hours after culture from a 6-month-old with the following culture characteristics on bordet-gengou agar:
The bacterium is most likely Bordetella pertussis, which is the causative agent of whooping cough. B. pertussis is a fastidious, aerobic, Gram-negative coccobacillus.
What is aerobic?
Aerobic exercise is any type of physical activity that increases the heart rate and uses the large muscles in the body for a sustained period of time. It is typically done in a rhythmic, repetitive fashion and usually involves a combination of aerobic activities such as running, cycling, swimming, jumping rope, or using an elliptical machine. Aerobic exercise increases the efficiency of the body's cardiovascular system, meaning it is able to use oxygen more effectively. This leads to a number of health benefits, such as increased stamina, improved mental clarity, and increased strength. In addition to its physical benefits, aerobic exercise can also help reduce stress, improve sleep, and boost mood.
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when performing quantitative cultures from bronchoalveolar lavage specimens, which of the following colony-forming units per milliliter indicates a true bacterial pneumonia?
Answer:
>103 colony forming units/mL
Explanation:
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rehearsal does which of the following? multiple select question. increases the amount of information that can be transferred to sensory memory aids in the transfer of information from short-term to long-term memory lengthens the time information can be held in short-term memory increases the precision of information from sensory memory
Even while rehearsal must play a significant role in any comprehensive theory of memory, little is known about how it works. Rehearsal supposedly serves the twin aim of keeping things in the short term, according to Waugh and Norman's 1965 theory.
Which mechanism does the short-term memory information transfer from sensory memory?The cognitive process of selecting focusing on one part of the world while disregarding others, attention transfers information from sensory memory into short-term memory by filtering out all but the stimuli that are of interest at any given moment.
Which practise technique is most effective for enhancing long-term memory and learning?Therefore, elaborate rehearsal enhances long-term memory retention since it involves a higher level of processing.
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Most careers in forestry require a college education.
True
False
Question 12 (1 point)
If you are a student, there are few opportunities for you to learn about careers in forestry.
True
False
Question 13 (1 point)
Forestry is one of the most dangerous professions in the United States.
True
False
Question 14 (1 point)
An effective leader thinks of himself or herself first.
True
False
Question 15 (1 point)
Which of the following is true about appropriate dress in the forestry profession?
A uniform is required in most jobs
Suits and ties are expected in most contexts
Professional dress varies widely, depending on the job
There are few expectations for professional dress in forestry
Answer: False then True and True and D
Explanation:
Answer:F,,T,T,d
Explanation:
Is lifecycle a star becomes a red giant and then a white dwarf which type of star is it???
The big stars develop into a Red Supergiant, explode as a Supernova, and then convert into a Black Hole or a Neutron Star, exactly like our sun (on a greater scale).
When a star like our Sun’s nuclear fuel runs out, it will become a white dwarf. When a star reaches the end of its nuclear burning stage, it expels much of its outer material (forming a planetary nebula) until just the heated (T > 100,000 K) core remains, which settles down to become a young white dwarf.
The nebula’s gas begins to shine. This is the initial stage of a star’s life cycle. It is known as a protostar. This chemical transition releases a significant quantity of energy in the form of heat.
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The big stars develop into a Red Supergiant, explode as a Supernova, and then convert into a Black Hole or a Neutron Star, exactly like our sun (on a greater scale).
Which stage of the star’s life cycle will it be?When a star like our Sun’s nuclear fuel runs out, it will become a white dwarf. When a star reaches the end of its nuclear burning stage, it expels much of its outer material (forming a planetary nebula) until just the heated (T > 100,000 K) core remains, which settles down to become a young white dwarf.
The nebula’s gas begins to shine. This is the initial stage of a star’s life cycle. It is known as a protostar. This chemical transition releases a significant quantity of energy in the form of heat.
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Why are bubbles and precipitates both signs of a chemical change
The bubbles are evidence that a gas has been produced and production of a gas is a sign of a chemical reaction.
Why is a precipitation reaction a chemical change?The two clear, colorless liquids coming together causes a chemical shift because a new solid is created. Inform pupils that a precipitate is an insoluble solid that develops as a result of the chemical reaction between two liquids. Insoluble refers to a solid's inability to dissolve.Numerous findings suggest a chemical reaction has taken place. Precipitate formation is one of them. A solid that is distinct from any of the reactants is referred to as a precipitate.Precipitate production is one of the indicators of a chemical reaction. Precipitate refers to the end result of a reaction between two liquids when a solid is produced.Learn more about precipitation refer to :
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Optical mapping of biological water in single live cells by stimulated Raman excited fluorescence microscopy. True or False
Optical mapping of biological water in single live cells by stimulated Raman excited fluorescence microscopy.
What is microscopy used for?Microscopy is the technical field of using microscopes to view samples & objects that cannot be seen with the unaided eye objects that are not within the resolution range of the normal eye.
What is microscopy and its type?Microscopy is the act of using a microscope to view tiny things that cannot be seen with the unaided eye. There are three main types: optical microscopy, scanning probe microscopy, and electron microscopy. Optical microscopes bounce light up objects and use lenses or mirrors to magnify the image.
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eating suppresses ghrelin secretion. however, this suppression does not appear to be caused by the presence of food in the stomach or duodenum, nor by stomach distension. given this, which of the following physiological conditions is likely to suppress ghrelin secretion following a meal? A) Increased levels of circulating glucagon
B) Decreased osmolarity in the ileum
C) Increased levels of circulating insulin
D) Decreased levels of circulating insulin
Increased levels of circulating glucagon.
What occurs when ghrelin levels drop?
You become more ravenous as ghrelin levels rise.The more satisfied you feel as well as the simpler it is to consume less calories, the lower you levels are.Therefore, reducing your ghrelin can be helpful if you wish to lose weight.
What results in a drop in ghrelin?Your ghrelin levels typically fluctuate depending on how much you consume.When you are hydrated, ghrelin may drop, and when you are dehydrated, it may rise.Your diet's food choices have an impact on ghrelin.Consuming foods strong in protein or good carbs, as opposed to foods heavy in fat, lowers ghrelin levels more.
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A fruit fly with short legs (ll) and vestigial wings (ww) is crossed with one that is heterozygous for both traits. Assuming the dominant alleles are on separate chromosomes, show the cross and the expected phenotypic proportions.
Answer:
question not to clear and what the meaning of chromosome
Fruit fly research by Thomas Hunt Morgan revealed that some crosses weren't producing the desired results. A typical cross used to show linkage groups is a recessive mutant crossed with a heterozygote wild type with vestigial wings and a black body.
This is how the cross would appear.
vg+ vg bl+ bl x vg vg bl bl
Additional research verified that alleles shared by the same chromosomes are inherited collectively. Although the result will always be 1:1 if there hasn't been any crossing over, Thomas Hunt Morgan didn't find this to be the case. The fruit fly's chromosomes were mapped. Depending on the features they are related with, alleles are classified as either dominant or recessive. A phenotypic ratio is a numerical comparison of two phenotypes that demonstrates how frequently the occurrence of one trait corresponds with another.Human cells have two copies of each gene because they have two copies of each chromosome. Alleles can be recessive or dominant. Chromosome segregation is the process by which two sister chromatids, or paired homologous chromosomes, created as a result of DNA replication, separate from one another and move to the opposing poles of the nucleus in eukaryotes.
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pizza with cheese, pepperoni and onions. break the food down into carbohydrates, fats, and proteins and follow the food through the digestive tract. include the phases of digestion (cephalic, gastric, intestinal) along with the enzymes secreted at various portions of the alimentary canal. your assignment must include the following: 1. breakdown of the food into carbohydrates, fats, and proteins. 2. description of chemical processes of digestion including enzymes in the stomach and intestines. 3. description of the hormonal mechanisms including cck, gastrin, and secretin. your assignment must be at least 300 words in length (not including references) and contain apa references.
Carbohydrates: cephalic-salivary amylase; gastric-none; intestinal-brush border enzymes. Fats: cephalic-none; gastric-lipase; intestinal-bile acids. Proteins: cephalic-none; gastric-pepsin; intestinal-proteases.
What are the enzymes ?Enzymes are proteins that act as catalysts in biochemical reactions and help speed up the rate at which these reactions occur.
Enzymes are found in all living cells and carry out a wide variety of chemical reactions. They are involved in the metabolism of carbohydrates, lipids, proteins, and nucleic acids and in the synthesis of hormones, vitamins, and other important molecules.
They can be found in the digestive system, where they help break down food molecules, or in other parts of the body, where they play a role in a variety of cellular processes.
For the given question the assignment given below
Carbohydrates: The pizza contains carbohydrates in the form of wheat flour, which is used in the crust. The pizza also contains some carbohydrates in the form of the cheese, pepperoni and onions, although the amount is minimal.
Fats: The pizza contains fat from the cheese, pepperoni and onions. The fat from the cheese is primarily saturated fat, and the fat from the pepperoni is primarily monounsaturated and polyunsaturated fats.
Proteins: The pizza contains proteins from the cheese, pepperoni, and onions. The proteins from the cheese are primarily casein, and the proteins from the pepperoni and onions are primarily albumin and globulin.
Chemical Processes of Digestion: The digestion of the pizza begins in the cephalic phase, when the sight and smell of the pizza elicit the release of salivary amylase as well as gastric juices. This triggers the gastric phase, in which the stomach secretes hydrochloric acid and the enzyme pepsin. Hydrochloric acid helps disrupt the bonds between proteins, allowing the pepsin to break down the proteins into smaller peptides. The fats are also broken down by the action of bile salts, which are released from the gallbladder.
The next phase is the intestinal phase, in which the carbohydrates are broken down further by the action of pancreatic amylase and the proteins are further broken down by the action of trypsin and chymotrypsin. These enzymes break down the proteins into their component amino acids. The fats are also broken down further by the action of lipase.
Hormonal Mechanisms: The hormones CCK, gastrin, and secretin play an important role in the digestion of the pizza. CCK is released from the duodenum in response to the presence of fat and protein, and it stimulates the release of pancreatic enzymes and bile. Gastrin is released from the stomach in response to the presence of protein, and it stimulates the release of hydrochloric acid. Secretin is also released from the duodenum in response to the presence of acid, and it stimulates the release of bicarbonate and water from the pancreas. This helps to neutralize the acidity of the stomach contents before they enter the small intestine.
In conclusion, the pizza is broken down into carbohydrates, fats, and proteins by the digestive system. This process begins in the cephalic phase in the mouth, where salivary amylase breaks down carbohydrates. In the gastric phase, the stomach produces pepsin to break down proteins and gastrin to signal for more digestive enzymes and acids. In the small intestine, trypsin, chymotrypsin, and lipase break down proteins and fats, and CCK and secretin stimulate the release of bile and pancreatic enzymes.
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determine the phenotype of the progeny given a specific maternal genotype. place the expected phenotype of the progeny next to each genotype of the mother.
The maternal effect determines the coiling pattern in the shell.
Maternal effect means that the genotype of the mother parent determines the phenotype of the offspring. The phenotype of the offspring will be similar to that of the mother, regardless of genotype. 's+' and's' are the genes that control coiling pattern, with's+' being dominant over's'. Right-handed (dextral) is the dominant phenotype, while left-handed (dextral) is the recessive phenotype (sinistral).
The dominant phenotype (dextral) can be seen in two genotypes:
s+s+ (dominant homozygous)s+s (heterozygous dominant)The recessive phenotype can be seen in only one genotype:
ss (Homozygous recessive)
In this case, the mother's genotype will govern the progeny's phenotype as follows:
s+s+ Dextral offspring will be born to the mother.s+s Mother will bear Dextral offspring.S s Mother will have Sinistral children.Learn more about "maternal genotype " to visit here;
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The net-energy ratio is the ratio between the useful energy present in a type of fuel, and the energy used to
extract and process that fuel.
a. TRUE
b. FALSE
The net-energy ratio measures the relationship between a fuel's usable energy and the energy required to produce it.
What connection exists between energy resources and net energy?
Thermodynamic efficiency is the quantity of usable energy that remains from a supply after the energy required to make that energy available has been subtracted. When the energy resource's easy reserves have been depleted, the resource's energy cost rises.
What is the energy intake to useful work ratio?
The percentage of work input which is converted to job output, or the useful production of renewable to total electricity input ratio, is the machine's efficiency. By multiplying by 100, you can convert efficiency to percent by 100%. A machine with 100% efficiency would be perfect.
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The net-energy ratio measures the relationship between a fuel's usable energy and the energy required to produce it.
What connection exists between energy resources and net energy?Thermodynamic efficiency is the quantity of usable energy that remains from a supply after the energy required to make that energy available has been subtracted. When the energy resource's easy reserves have been depleted, the resource's energy cost rises.
What is the energy intake to useful work ratio?The percentage of work input which is converted to job output, or the useful production of renewable to total electricity input ratio, is the machine's efficiency. By multiplying by 100, you can convert efficiency to percent by 100%. A machine with 100% efficiency would be perfect.
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Compare and contrast ELISA and western blotting (immunoblotting) by moving the phrases to the technique that they describe. If a phrase describes both ELISA and western blotting, move it to the \"Both\" bin.
Patients having an ELISA antibody-positive result are offered a Western Blot test as a secondary verification.
A secondary verification test using a Western Blot is administered to patients who have an ELISA result that is antibody-positive because it checks for more antibodies and is less likely to be misconstrued. Enzyme-Linked Immuno-Sorbet Assay is referred to as ELISA. It is a test used to determine whether any proteins, including antibodies, hormones, and enzymes, are present. The substance at hand can also be measured. Antigens are present in the body, and the presence of such proteins is proof of that. Another laboratory technique for determining the presence of proteins is the Western Blot. It makes use of the gel electrophoresis method. This method can also be used to isolate proteins.
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Based on the data provided, which of the following descriptions best identifies the types of
farms that are being compared?
Select one:
O a. Farm A is a free pasture farm for cattle, whereas Farm B is a free-range farm for poultry.
O b. Farm A is a cage-free farm for poultry, whereas Farm B is an industrial poultry farm.
O c. Farm A is a grass-fed pasture for beef production, whereas Farm B is a traditional
concentrated animal feedlot for cattle.
ction, whereas Farm B is a cage
O d. Farm A is a concentrated animal feedlot for beef
free farm for poultry.
Farm B is a regular farm, while Farm A is a pasture that produces beef on grass.
Which of the following claims most accurately describes the author's expectations for a new green revolution?There hasn't been any impetus to change farming practices because the demand for food on a worldwide scale hasn't changed since the 1940s.
What one of the following best sums up how the Clean Air Act reduced air pollution?A is the right response. Since there aren't many cases of preventable fatalities from respiratory ailments in the United States, the CAA has been successful in lowering the levels of hazardous and dangerous pollutants. Additionally, the Act's application over the years has decreased surface ozone levels.
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Recall that energy flows and that nutrients cycle through the biosphere. How does the process of photosynthesis impact both the flow of energy and the cycling of nutrients? You may wish to refer to Chapter 3 to help you answer this question
The foundation for the biosphere's one-way flow of energy is provided by photosynthesis. Sugars are created while plants turn solar energy into energy that they and other living things.
What exactly is a biosphere?The lithosphere, atmosphere, and hydrosphere are the three parts that make up the biosphere. Nonetheless, many of them are home to or are inhabited by living organisms. Only those regions are recognized as being a component of the biosphere where life may be found and is perpetuated.
What exactly is the biome and how is it so crucial?The biosphere connects the relations between living organisms and their surroundings. A slight change in the environment may have a significant impact on living forms.
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Which of the following cell signaling types best describes the interaction between the T-cell and the antigen-presenting cell?
answer choices
Indirect Contact
Direct Contact
Local Signaling
Long-Distance Signaling
The interaction between the T-cell and the antigen-presenting cell best describes the Direct Contact signaling type. In Direct Contact signaling, the signaling molecules are exchanged directly between the cells.
This means that the T-cell and the antigen-presenting cell must be in physical proximity to each other for the signaling to occur. In the case of T-cell and antigen-presenting cell interaction, the T-cell binds to the antigen-presenting cell through specific receptors on their surface, and the signaling molecules are exchanged directly between them. This process is crucial for the activation of the T-cell, which helps the immune system to identify and eliminate pathogens. Direct contact signaling is a fast, specific, and efficient way of cell-to-cell communication, which is necessary for the proper functioning of the immune system.
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which of the following best describes how ribosomes will interact with other organelles within a cell? (1 point)
Which of the following best describes how ribosomes will interact with other organelles within a cell?
a) They will break down other organelles by secreting digestive enzymes.
b) They will provide energy to other organelles through cellular respiration.
c) They will store waste products that are produced by other organelles.
d) They will synthesize proteins that can become components or other organelles.
Option d; They will synthesize proteins that can become components or other organelles.
Ribosomes are organelles that play a crucial role in protein synthesis. They are composed of RNA and protein, and are found in both prokaryotic and eukaryotic cells. They read the genetic code on messenger RNA and use it to build a chain of amino acids, which then fold into a functional protein. Ribosomes are found in the cytoplasm of cells, and can exist as a single unit or in groups called polyribosomes .Ribosomes are responsible for the synthesis of proteins within cells. They read the genetic code on messenger RNA (mRNA) molecules and use it to build a chain of amino acids.
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Can anyone help me with this?
A) DNA makes up the genetic makeup of plasmids and bacteria. DNA or RNA serves as the genetic makeup of bacterial viruses. The replication and expression of genetic material are its two primary uses.
Which of the following is true about genetic material?DNA is the genetic material that each live cell has. It serves as genetic material since it helps pass characters from one generation to the next. Replication is the process by which DNA is copied and creates a new DNA molecule.
Does DNA exist in bacteria?Double-stranded DNA is used by bacteria and other organisms as genetic material. However, compared to more complicated creatures, bacteria's DNA is organized differently. The nucleoid, a structure found in the cytoplasm of bacteria, is home to one circular chromosome.
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identify three macromolecules that are components of the plasma membrane in a eukaryotic cell and discuss the structure and function of each. (6 points maximum; 1 point for each macromolecule + structure, 1 point for each macromolecule + functions)
1. Phospholipids: Structure: Phospholipids are composed of a glycerol backbone, two fatty acid tails, and a phosphate group.
Function: Phospholipids form the basic structure of a cell membrane, creating a barrier between the inside and outside of a cell.
2. Cholesterol: Structure: Cholesterol is a waxy sterol molecule with a hydrophilic head and a hydrophobic tail.
Function: Cholesterol helps to stabilize the membrane by maintaining the fluidity of the cell membrane when conditions change.
3. Proteins: Structure: Proteins are composed of amino acids that are connected together in a chain.
Function: Proteins act as receptors on the surface of the membrane, allowing for communication and transport of molecules into and out of the cell.
What is amino acids?
Amino acids are organic molecules that contain an amino group (-NH2) and a carboxyl group (-COOH). They are the building blocks of proteins. There are 20 different types of amino acids, each of which contains a different side chain group (R group).
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If detected in antibody screen testing, which of the following antibodies is NOT considered clinically significant in prenatal patients?A. Anti-MB. Anti-NC. Anti-LebD. Anti-Fya
C. Clinical significance of anti-LebD antibodies in antenatal patients is NOT believed to exist.
What purposes do antibodies serve?Proteins called antibodies are created by the immune function in response to an infection. As they strive to eliminate plaque organisms (such as bacteria or viruses) and prevent them from attaching human cells, they are a crucial component of the body's defense mechanism.
What types of antibodies are there?Immunoglobulins, usually referred to as antibodies, come in five main varieties in the body. The immunoglobulin isotypes IgE, and IgM differ from one another. Mucosal tissue contains immunoglobin A (IgA), which serves as the body's first line of defense against infection.
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if you were to design a different experiment testing rates of diffusion, identify experimental procedures.
Diffusion is a crucial mechanism that accounts for the passive transport of substances into and out of cells as well as the traffic of specific molecules inside the cell.
What is Diffusion ?A concentration (or energy) differential creates the driving force behind diffusion, which operates as follows: molecules always flow from higher concentration (or higher energy) regions to lower concentration regions (barring a barrier) (or lower energy).Using two plexi-glass chambers divided by a semi-permeable membrane—one to simulate the form of a cell and the other, its external environment—this experiment will enable you to examine the effects of solute concentration on diffusion rate.In order to assess the rate at which salts diffuse into the cell chamber, several sodium chloride solutions will be positioned in the environment chamber during the tests.To Learn more About Diffusion refer to:
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Which three of the following characteristics distinguish bacteria from archaea?
70S ribosomes present in cytoplasm
motility structures are present
capsules and slime layers found on most cells
chromosome is double-stranded DNA
inclusions present in the cytoplasm
type of lipid molecules found in plasma membranes
presence of peptidoglycan in cell walls
The three of the following characteristics distinguish bacteria from archaea are, types of lipid molecules present in the plasma membrane, presence of peptidoglycan in the cell walls, capsule and slime layers found in most of the cells.
archaea and bacteria both are unicellular, single cell, they are said to be the first living.
in archaea, the cell wall is made of protein and not peptidoglycan.
as archaea survive in high temperature, there membrane composition is different from the bacteria in many ways.
Both are considered to be prokaryotic, but archaea is considered much close to eukaryotic.
Some common characteristics between them is, they have 70 s ribosome, flagella, reproduction, plasmid and etc.
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High blood levels of this type of cholesterol appear to reduce the risk of atherosclerosis, or cholesterol-clogged arteries.
A. LDL B. HDL C. triglycerides D. ADL
High blood levels of HDL appear to reduce the risk of atherosclerosis, or cholesterol-clogged arteries.
What is HDL?
HDL stands for High-Density Lipoprotein. It is a type of lipoprotein which carries cholesterol and other lipids from the body's tissues to the liver. It is often referred to as "good" cholesterol because it helps to remove excess cholesterol from the body and reduce the risk of heart disease. High levels of HDL are beneficial to health and can help protect against heart attack and stroke.
Therefore, High blood levels of HDL appear to reduce the risk of atherosclerosis, or cholesterol-clogged arteries.
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