basophils increase in number when parasitic invasion occurs. T/F
Basophils increase in number when parasitic invasion occurs - True.
Basophils are a type of white blood cells that play an important role in the immune system. They are responsible for the release of histamine and other mediators of inflammation that play a crucial role in allergic reactions and defense against parasites. When there is an invasion of parasites in the body, basophils are one of the first immune cells to be activated.
During a parasitic invasion, basophils migrate to the site of the infection and release their granules, which contain histamine and other substances that help to destroy the invading parasites. Basophils also stimulate other immune cells, such as eosinophils, to attack the parasites. This coordinated response by the immune system is important in eliminating the parasitic infection.
As a result of their activation during a parasitic invasion, the number of basophils in the bloodstream typically increases. This increase in basophils is known as basophilia. Basophilia can also occur in other conditions, such as allergies or certain blood disorders, but when it is associated with a parasitic infection, it is a sign that the immune system is working to fight off the invaders.
In summary, basophils play a critical role in the immune response to parasitic infections. An increase in basophil count is a sign of their activation in response to the invasion. Therefore, the statement "Basophils increase in number when parasitic invasion occurs" is true.
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what group of eukaryotes includes many different unrelated species that are united solely because they are not fungi, plants, or animals?
The group of eukaryotes that includes many different unrelated species that are united solely because they are not fungi, plants, or animals is referred to as Protists.
Unclassified as fungi, plants, or animals, protists are a varied group of single-celled or multicellular eukaryotes. They can have a variety of morphologies and lifestyles, including as photosynthetic, heterotrophic, or mixotrophic ones. Protists are essential components of many ecosystems, acting as primary producers, decomposers, and nourishment for other living things.
Protist can also be autotrophic or heterotrophic, being single celled eukaryotes they are link between unicellular prokaryotes and multicellular eukaryotes.
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What is the structure of plasma membrane cytoskeleton?
Plasma membrane cytoskeleton is composed of a Lipid Bilayer with Proteins embedded in it.
The Plasma membrane of a cell is made out of a Lipid Bilayer with Proteins implanted in it. The hydrophobic locale of the lipid bilayer center avoids water, while the Hydrophilic districts both inside and beyond the cell permit water to be brought into the design as a natural side effect.The plasma membrane encompasses all cells and actually isolates the cytoplasm, which is the material that makes up the cell, from the extracellular liquid external the cell. This safeguards every one of the parts of the cell from the external climate and permits separate exercises to happen inside and outside the cell.
The plasma membrane offers primary help to the cell. It ties the cytoskeleton, which is an organization of protein fibers inside the cell that hold every one of the pieces of the cell set up. This gives the cell its shape. Certain life forms, for example, plants and growths have a cell wall not withstanding the film.
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what cell organelle is the flexible material that holds the parts of the cell together?.
The cell organelle that is a flexible material that holds the parts of the cell together is called cytoskeleton.
A cell is the basic unit of life and the smallest structure that can perform all the processes that define life.
Cell organelles are specialized structures within a cell that perform specific functions. They are found within the cytoplasm and are surrounded by a lipid bilayer membrane.
Some of the most important cell organelles include the nucleus, mitochondria, endoplasmic reticulum, Golgi apparatus, lysosomes, peroxisomes, and the cytoskeleton.
Each organelle has a specific function, such as DNA storage and regulation (nucleus), energy production (mitochondria), protein synthesis and processing (endoplasmic reticulum and Golgi apparatus), waste disposal (lysosomes), and maintenance of cell shape and organization (cytoskeleton).
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in what direction are the plates moving at a divergent plate boundary?
Plates move away from each other at divergent boundaries. Plates move towards each other at convergent boundaries.
Divergent boundaries form along spreading centers where plates are moving apart and magma pushing up from the mantle creates new crust. Consider two massive conveyor belts that are parallel but moving in opposite directions as they transport newly formed oceanic crust away from the ridge crest. When a divergent boundary occurs beneath the oceanic lithosphere, the rising convection current below lifts the lithosphere, resulting in the formation of a mid-ocean ridge.
The lithosphere is stretched by extensional forces, resulting in a deep fissure. When the fissure opens, pressure on the super-heated mantle material below is reduced. It melts in response, and new magma flows into the fissure. After that, the magma solidifies.
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7. The Columbia Icefield is located between Banff and Jasper in Alberta. It covers an area of more than 300 km2 and has ice that is up to 365 m thick in some places. How can studying this icefield give scientists information on climate patterns?
Scientists can ascertain the previous makeup and behaviour of the atmosphere by drilling into an ice sheet or glacier and recovering old ice.
What are climate patterns?Any recurrent aspect of the climate is referred to as a climate pattern. The glacial and interglacial eras within the ice ages are examples of climate patterns that can continue for tens of thousands of years, while monsoons are an example of a pattern that occurs every year.
By drilling into an ice sheet or glacier and recovering old ice, scientists can learn more about the previous composition and behaviour of the atmosphere.
They can also learn more about the climate at the time the snow fell and how the size of ice sheets and glaciers has changed over time in response to various climates.
Thus, this way, studying this icefield give scientists information on climate patterns.
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the cftr receptor moves chloride ions out of a cell by active transport. this is an example of a. an oxidation reaction. b. a reaction requiring the input of atp. c. equilibrium. d. a reaction coupled with the production of atp. e. a reduction reaction.
CFTR receptor moves chloride ions out of a cell by active transport is an example of a reaction requiring the input of ATP.
In general , the CFTR protein is a specific protein called an ion channel. These ion channel also moves an atoms or molecules that provide an electrical signal that comes from inside the cell to outside, or vice versa. Inside the lungs , the CFTR ion channel helps to move chloride ions from inside the cell to outside the cell.
Hence, cystic fibrosis transmembrane conductance regulator (CFTR) are the specific channel/enzyme which helps in the passive diffusion of chloride and bicarbonate mediated by epithelial cell membranes.
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what type of interaction is found between gots when they struggle for grass?
Answer:
The
Explanation:
Mon......,.........
Answer:
i don't know yet cox I didn't learn anything yet
nucleic acids are a. macromolecules. b. composed of nucleotides c. distinguished from each other in part by the composition of the sugar they contain d. macromolecules and composed of nucleotides e. all of the choices are correct
Answer:
E
Explanation:
both are macromolecules and composed of nucleotides also RNA contains the sugar ribose, while DNA contains the slightly different sugar deoxyribose
What effect does raising the temperature have on a catalase? How do you know?
Answer: Catalase activity increases as the temperature goes from 0'C to around 30'C. Catalase activity decreases as temperature goes from around 30'C to 100'C.
Explanation:
Catalase is work at 0'C to around 30'C temperature and its activity is decreased from above 30'C to 100'c.
How does temperature affect enzyme activity?Every organism needs to survive at optimum temperature and pH, because its critical enzymes are showing activity at a particular range, above and below this range, enzymes lost their activity.
Catalase enzyme is used for the decomposition of hydrogen peroxide into water and oxygen. It is commonly found in nearly all organisms that are exposed to oxygen.
Therefore, an optimum temperature is required for an enzyme to show its activity, so catalase is work at 0'C to around 30'C.
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which molecule and its description are incorrectly matched? group of answer choices makes up connective tissue - collagen stores energy for slow-twitch muscle cells found in red (dark) meat - fats stores oxygen in muscle cell - myosin protein that helps power muscle contraction - actin
Option 1 is Correct. The description of the molecule and how it stores energy for slow-twitch muscles in connective tissue is wrong.
Because slow twitch muscles have a large concentration of mitochondria, they are aerobic muscles, which means they utilise oxygen to produce energy in the form of ATP. As long as you have enough oxygen, they can keep you going.
Your muscles are mostly composed of a combination of slow- and fast-twitch muscle fibers. However, the soleus muscle in your lower leg and the muscles in your back that are responsible for maintaining your posture primarily consist of slow-twitch muscle fibers. Additionally, quick twitch muscle fibers make up the muscles that move your eyes. Muscles are fueled by oxygen in the mitochondria, which are found in slow-twitch muscle fibers.
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Correct Question:
which molecule and its description are incorrectly matched? group of answer choices
1. makes up connective tissue collagen stores energy for slow-twitch
2. muscle cells found in red (dark) meat
3. fats stores oxygen in muscle cell -
4. myosin protein that helps power muscle contraction - actin
what phrase best describes erosion
Answer:
May be weathering process
Answer: Moving bits of rock and soil from one place to another
Explanation:
which of these cell types would you expect to find in muscle tissue?
Answer:
cardiac, skeletal, and smooth
Explanation:
in the human blood grouping, the four basic blood types are type a, type b, type ab, and type o. they are:
Type A has A antigens on the red blood cells, B antibodies in the plasma, and AB has both A and B antigens. Type O has neither A nor B antibodies, but both antigens in the plasma.
What are the different types of blood groups?Blood groups are blood types distinguished by the presence or absence of certain antigens on the surface of red blood cells. Depending on the blood group system, these antigens might be proteins, carbohydrates, glycoproteins, or glycolipids. Antigens can be present (positive) or missing (negative) (negative). Different blood types are necessary for blood transfusions because the donor's blood group must be matched to the recipient's. There are several blood group systems, the most prominent of which being the ABO and Rh blood group systems.
Type A blood is distinguished by the presence of A antigens on red blood cells and B antibodies in the plasma.
Type B blood is distinguished by the presence of B antigens on red blood cells and A antibodies in the plasma.
Type AB blood has both A and B antigens on its red blood cells but no A or B antibodies in its plasma.
Type O blood contains no antigens on its red blood cells but possesses both A and B antibodies in its plasma.
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If your genotype is Bb what type of trait would you express as phenotype?
A. Dominant
B. Recessive
C. Both dominant and recessive.
which transport mechanism can bring whole cells into a cell?
Answer:
endocytosis
Explanation:
endocytosis is a type of active transport that moves particles, such as large molecules, parts of cells, and even whole cells, into a cell.
What is a compound with an amino group on one end and a carboxyl group on the other end?
Answer:Polypeptide Chains
Explanation:
PLEASEEE HELP MY LAST QUESTION Which of the following is another name
for the Golgi?
A. Golgi Apparatus
B. Golgi Mechanism
C. Golgi Puzzle
What is the processing of pre-mRNA?
Processing of pre-mRNA involves the steps that helps to mature messenger RNA (mRNA) so that it gets translated into a protein.
In side the nucleus, the pre-mRNA are made up from the process of transcription in the portion of DNA with linear chromosome. These transcript then goes through the process of processing that involves splicing and addition of 5' cap and poly-A tail, Also they remains inside nucleus in order to become a mature mRNA.
Hence, initial product derived from the transcription of a protein coding gene is called the pre-mRNA. After the processing it gets ready to be exported outside the nucleus, then termed as mature mRNA or processed mRNA.
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What information does a scientist need to most accurately determine the age of a fossil within this sample?
Answer:
natural radioactive decay of certain elements such as potassium and carbon
Explanation:
hope this helps
Molting occurs during the gradual metamorphosis of an insect whenever
A. the nymph needs food.
B. an egg hatches.
C. its full-sized wings harden.
D. the nymph outgrows its exoskeleton.
Molting occurs during the gradual metamorphosis of an insect whenever the nymph outgrows its exoskeleton.
What happens prior to molting?
The initial stage of molting is called apolysis, during which the old cuticle separates from the epidermis and particular epidermal cells and dermal glands secrete a molting fluid. During the molting process, the molting fluid fills the area between the old and new cuticles.
The process of molting involves the exoskeleton (cuticle) of the preceding life stage being shed. An insect cannot develop if it does not molt. An insect engages in species-specific stereotyped patterns of movement (molting behaviors) once a new cuticle has fully developed in order to be released from the cuticle of the preceding stage.
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which of these would you add to a membrane to make it easier for membrane proteins to move about?
One possible molecule that can be added to a membrane to make it easier for membrane proteins to move about is cholesterol. Cholesterol helps to maintain the fluidity of the membrane by preventing the fatty acid tails of the phospholipids from packing too tightly together. This allows membrane proteins to move laterally within the membrane, facilitating their interactions with other molecules and their proper functioning. Other molecules, such as glycolipids and glycoproteins, can also affect the fluidity and movement of membrane proteins, but cholesterol is a major contributor to these properties.
which label would be the best choice for the arrow in this model?
Meiosis would be the best label for the arrow in this model. Meiosis is a type of cell division that occurs in sexually reproducing organisms and reduces the number of chromosomes in gametes.
What function does meiosis serve?Meiosis, a kind of cell division, creates four gamete cells while halving the number of chromosomes in the parent cell. To develop cells made up of eggs and sperm for human reproduction, this procedure is necessary.
What is the meiosis process in more detail?During meiosis, there are two rounds of cell division, which results in the production of four gametes from a beginning cell (eggs or sperm). A cell passes through prophase, metaphase, anaphase, and telophase every time it divides.
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Which statement about nerve cells and skin cells is true?
Responses
They contain different numbers of chromosomes.
They contain the same DNA with different genes expressed.
They contain the same active and expressed genes.
They contain different genes on their DNA
Skin cells and nerve cells contain the same DNA with different genes expressed. Therefore, option B is correct.
What is gene expression?A finely controlled process called gene expression enables a cell to react to its changing surroundings. It serves as both a volume control that raises or lowers the level of proteins produced as well as an on/off switch to regulate when proteins are created. It is primarily controlled at a transcription level.
The varying expression of genes in human cells is an illustration of gene expression. Although all human cells have the same DNA and the same number of chromosomes, their architectures and functions are highly varied.
Skin cells and nerve cells contain the same DNA with different genes expressed. Therefore, option B is correct.
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what gene or chromosome is affected by cystic fibrosis
Cystic fibrosis is brought on by mutations in the CFTR gene. Chloride ions, which are negatively charged particles, are transported into and out of cells by a channel that is made by the CFTR gene.
Chloride is a part of sodium chloride, a common salt found in sweat. An inherited condition known as cystic fibrosis causes the body to produce excessive amounts of thick, sticky mucus, which can cause harm to numerous organs.
The disorder's most typical signs and symptoms include deteriorating respiratory system damage and ongoing digestive system issues. Individuals who are affected differ in terms of the disorder's characteristics and severity.
The childhood illness cystic fibrosis was once thought to be fatal. Many people with cystic fibrosis now live well into adulthood thanks to advancements in medical care and disease management. Adults with cystic fibrosis have issues with their digestive, reproductive, and respiratory systems.
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The thick-walled inferior chambers of the heart that pump blood into the arteries are called ___A) vesselsB) ventriclesC) atriaD) auricles
Option - B : ventricles.The thick-walled inferior chambers of the heart that pump blood into the arteries are called ventricles.
The human heart has two ventricles: the right ventricle and the left ventricle. Deoxygenated blood is pumped by the right ventricle to the lungs, where it is given oxygen and given off carbon dioxide. Blood with oxygen is circulated throughout the body through the left ventricle.
The interventricular septum, a muscular wall, divides the ventricles from the heart's two upper chambers, the atria. Blood is pumped into the ventricles by the atria, which also aid in controlling blood flow through the heart. The atria have tiny, ear-like projections called auricles. They assist in controlling the flow of blood through the heart and have a slight impact on blood circulation.
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which of these is not a function of the skeletal system?
Answer:
The production of body heat is not a function of the skeletal system.
Explanation:
Hopefully this is the answer you are looking for.
what happens if the groundhog doesn t see his shadow
where does glycolysis occur? where does glycolysis occur? in the cytosol in the intermembrane space of the mitochondria in the mitochondirial matrix in the extracellular fluid
Glycolysis takes place in the cytoplasm.
Process of Glycolysis takes place in the cytoplasm here one molecule of glucose having 6 carbon oxidized to generate two 3 carbon molecules of pyruvate. Ans the destiny of pyruvate depends upon the existence and absence of mitochondria and oxygen inside that particular cells.
Hence , There are two common reasons why glycolysis occurs in the cytoplasm of the cell firstly the The enzymes needed for the glycolytic pathway are only present in the cytoplasm. Ans also a transport protein is required for moving glucose across cell membranes.
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What do chemoreceptors in the carotid artery and aorta detect?
Answer: Peripheral chemoreceptors (carotid and aortic bodies) detect changes in arterial blood oxygen and initiate reflexes that are important for maintaining homeostasis during hypoxemia.
Explanation: