In adoptive T-cellular therapy for cancer and infectious diseases is hampered by way of the shortage of effectively to be had, antigen-particular, human T lymphocytes.
Pluripotent stem cells should provide an infinite source of T lymphocytes, but the therapeutic potential of human pluripotent stem cellular-derived lymphoid cells generated so far remains uncertain. right here we combine triggered pluripotent stem mobile and chimeric antigen receptor technologies to generate human T lymphocytes cells focused, an antigen expressed by means of malignant B cells, in tissue subculture.
T lymphocyte cells potently inhibit tumor increase in a xenograft model. This method of generating healing human T cells in the dish may be useful for cancer immunotherapy and other scientific packages.
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How does the action of wind affect a rock's appearance?
ООО
As an agent of erosion, the wind will chemically change the composition of a rock
As an agent of erosion, the wind will quickly break the rock into different rock types.
As an agent of weathering, the wind will slowly break down a rock into smaller particles
As an agent of weathering, the wind has to interact with water to affect a rock's appearance.
Forces like wind and water break down rocks through the processes of weathering and erosion. ... Forces like wind and water move the rock pieces. They mix with matter like sand to become sediment. Weathering and erosion help shape Earth's surface.
Answer:
d. wind
Explanation:
Which of the following organelles are matched together with the correct energy conversion that they perform? Mitochondria: Chemorespiration Chloroplast: Cell Division Mitochondria: Chemorespiration, , Chloroplast: Cell Division, Mitochondria: Cellular Respiration Chloroplast: Photosynthesis Mitochondria: Cellular Respiration, , Chloroplast: Photosynthesis, Mitochondria: Chemosynthesis Chloroplast: Photorespiration Mitochondria: Chemosynthesis, , Chloroplast: Photorespiration, Mitochondria: Photosynthesis Chloroplast: Cellular Respiration
Suggest two environmental factors which can affect the amount of meat or milk cattle produce. Give an explanation as to how/why these factors affect the production.
Two different environmental factors that might affect the amount of meat or milk that cattle produce may include the temperature and also water availability, since both factors may negatively (or positively) affect the amount of meat or milk in cattle animals.
What are environmental factors?The expression of environmental factors refers to all external factors instead of genetic factors that influence the development of phenotypic characteristics of individuals and populations in an ecosystem.
The major environmental factors that alter the development of an individual may be both biotic (e.g., food availability) and abiotic conditions (e.g., light, temperature, water H2O availability, etc) because both influence organism features.
In conclusion, two different environmental factors that might affect the amount of meat or milk that cattle produce may include the temperature and also water availability, since both factors may negatively (or positively) affect the amount of meat or milk in cattle animals.
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Please help me please
Answer:
Okay just think about the question and what it's asking you. Don't overthink it. If you're still confused i'll put the answer in the comments
Explanation:
2 Examples of Newton’s 2nd Law
Answer:
Newton's Second Law of Motion states that when a force acts on an object, it will cause the object to accelerate.
Example:
#1. When you hit a baseball, it accelerates. It does not remain inactive.
#2. When wind blows a leaf off of a tree, it falls to the ground. It does not float in the air.
Which part of the technological design process involves learning from other scientists that have solved the problem before?
A. decide on a solution
B. refine the original solution design
C. test and evaluate a solution
D. research existing solutions
Answer:
c. test and evaluate a solution
3. A group of students conducted an experiment to study the growth of
bean plants. An equal number of bean plants of similar size were
planted in containers A and B. Each day for five days, Container A
received water only, while Container B received an equal amount of
weak fertilizer solution. The table below shows the average height of the
plants in each container for each day of the experiment.
Which of these is being tested in this experiment?
A. Effect of water on plant height
B. Effect of fertilizer on plant height
C. Maximum height the plants will grow
D. Number of days the plants will grow
Answer:
d
Explanation:
i did it before but don't remember how i did it.
This happens when water gets absorbed into the ground and gets stored in the underwater
aquifers.
HELP ASAP
Find 2 plankton, one that exhibits bilateral symmetry, be creative.
Hurry up, and it's due today!
Answer:
The correct answer is - Diatoms (phytoplankton) and cephalopods like squid (zooplankton).
Explanation:
Bilateral symmetry is the symmetry of the body where one side of the body is the mirror image of the other side of the body. Organisms that are found in the water or can not move without the current of water, called planktons. Planktons can be either animals or plants. The two examples (one from zooplankton and one from phytoplankton) are as follows:
The cephalopods like squid (zooplankton) - The cephalopods are the group of planktons in which most of the organism like squid and others has bilateral symmetry.
Diatoms (phytoplankton) - The most common phytoplankton is diatoms and the pennate diatoms show bilateral symmetry.
A prokaryote that obtains both energy and carbon as it decomposes dead organisms.
A prokaryote that obtains both energy and carbon as it decomposes dead organisms are Heterotroph and Chemotroph.
Heterotrophs are those organisms that feed on other animals and plants and obtain their energy from them. Examples include mammals, snakes, insects, tigers, lions, etc.
Chemotrophs are those organisms that decompose other organisms and obtain their energy by oxidizing the inorganic molecules.
The most common type of organisms that falls into this category is prokaryotes. It includes organisms such as bacteria, fungi, etc.
These organisms release specific enzymes to decompose the dead organism matter and alter its physical state.
They obtain carbon and energy from matter to survive.
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What is the evidence that chiasmata are points of physical exchange between chromatids?.
The evidence that chiasmata are points of physical exchange between chromatids is Cytological markers such as knobs and translocations.
The chiasma is a structure that develops through crossover recombination between a pair of homologous chromosomes and physically connects the homologous chromosomes during meiosis.
Cytological markers are those that are connected to variations in chromosome number, shape, size, and banding pattern. To put it another way, it alludes to the chromosomal banding caused by various stains, such as G banding.
Hence, in chiasmata when the crossing over structure is formed then with the help of cytological markers it can be easily observed and thus it can give physical evidence of exchange and thus these crossing over forms can be easily detected with markers.
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I need help with this
The process by which a dead or disabled pathogen (or proteins from that pathogen) is introduced into the body so that an immune response results without an actual infection is called? Group of answer choices Bacteriophage Vaccination/Vaccine Antibiotics Pathogenic
Answer:
Vaccination/Vaccine
Explanation:
Vaccination/Vaccine: The process of using a dead or weakened version version of a microbe to gain antibodies, thus protecting against future infections without needing to have the disease first.
Bacteriophage: A virus that infects bacteria.
Antibiotics: Medicines are used to treat bacterial infections by killing the bacteria, and do not work on viruses.
Pathogenic: capable of causing disease.
WILL GIVE BRAINLIEST!!!!!!!
Looking at a microscope slide under the microscope, you see an E. coli cell, a cork cell, and a mouse cell. Which cell is most likely going to be the smallest?
E. coli
Mouse cell
Elephant cell
Cork cell
Answer:
cork cell I think.... ..
out of the cells of an E. coli cell, a cork cell, and a mouse cell. The E. coli cell is most likely going to be smaller than the mouse and cork cells because these two are eukaryotic cells with lots of organelles. First one is true.
What are the different types of cells?Cells are different types, such as prokaryotic cells, eukaryotic cells, etc., and they are divided on the basis of the nuclear membrane. The prokaryotic cell is comparatively smaller than the eukaryotic cell as these eukaryotic cells have many organelles in them such as the nucleus, mitochondria, etc.
The plant cell is larger than the animal cell because it has an extra cell wall surrounding it, an extra chloroplast, and a large vacuole, all of which eukaryotes lack. Here, the cork cell is a plant cell, so it is the biggest out of all, while the mouse cell is an animal cell, so it comes in second, and the E. coli is the bacterial cell, and it comes in last in terms of cell size.
Hence, the smallest cell is E. coli.
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This runner completed a 200-meter race with a time of 23.75 seconds. What was her average speed?
Answer:
8.4
Explanation:
200/23.75
would you rather live in fire or water or air or earth? why
Answer:
in earth
Explanation:
because ocean feels deep and foreboding
fire is hell
air? bruh..
earth has all the good stuff
Why does a pea plant with the genotype Rr produce some gametes that have the allele for round seeds?
Answer:
The correct answer is - due to the law of segregation.
Explanation:
In the given case the genotype of Rr and as we know R is a dominant characteristic for round seeds and r represents the recessive allele for wrinkled seeds in a pea plant. So if a plant has Rr in its genotype it means it is a phenotypically round pea plant due to dominance in this heterozygous case.
The law of segregation states that two alleles of a gene of a specific trait will be distributed randomly and there is an equal chance of each allele to end up in the gametes, similarly in this case both alleles can be segregated to gametes and it is a random process.
helppppp!!!! :) please it’s due at 3
Answer:
q no 19 : option A
Explanation:
please mark me brainliest
Water is important to plant cells because it is used as one of the reactants in the process of photosynthesis. What is another reason why water is important to plant cells?
Answer:
Water helps to maintain turgidity in plant cells.
Turgidity can be defined as the amount of water that is required to make water to exert internal force from inside the plant cell. This is called as turgor pressure it exerts the pressure on the plasma membrane against the cell wall. This process maintains the rigidity inside the plant cell and cells exert external turgor pressure on the neighboring cells that creates a tension, which allows plants to stand erect. Without the amount of appropriate water, the plant cells will collapse and plants will be wilted.
Therefore, water helps to maintain turgidity in plant cells is an important property of plant cells.
Explanation:
Brainliest please?
What might occur if humans reproduced through the process of mitosis?
in an era of growing data complexity and volume and the advent of big data, feature selection has a key role to play in helping reduce high-dimensionality in machine learning problems. we discuss the origins and importance of feature selection and outline recent contributions in a range of applications, from dna microarray analysis to face recognition. recent years have witnessed the creation of vast datasets and it seems clear that these will only continue to grow in size and number
The term "big data" first appeared in the early 2010s, and it is now understood that these features are what caused the field of study, analysis, and applications to take off.
Feature selection plays a crucial function in assisting in the reduction of high-dimensionality in machine learning problems in an era of increasing data complexity and volume as well as the emergence of big data. We go over the history and significance of feature selection as well as contemporary developments in a variety of fields, such as DNA microarray analysis and face recognition. Huge datasets have been created in recent years, and it is obvious that their size and number will only increase. As a result of the growing need for scalable yet effective feature selection methods due to the likelihood that current methods will be insufficient, this new big data environment presents feature selection researchers with both opportunities and challenges.Learn more about the big data with the help of the given link:
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Which view of the environment places equal value on all living organisms and abiotic factors?
Answer:
Biotic and abiotic factors are the environmental conditions that the organisms have to face to live in a specified environment.
Abiotic factors:
Abiotic factors are the physical and chemical conditions of an environment. For example : heat, salinity, pressure, light, wind, pH ...
Biotic factors:
Biotic factors are all the biological conditions of an environment for a specie/taxa. It can include prey and predator abundance, available food amount, available space, intra and interspecific competition.
Explanation:
How could personal DNA testing be beneficial to medicine?
In the United States where does the warm air come from?
Gulf of Mexico
Northwest United States
Canada
Northeast United States
Answer: Gulf of Mexico
Explanation:
In North America, for example, cold and dry air covering thousands of miles flows south from the Arctic, especially in winter, and warm moist air flows south from the Gulf of Mexico. These different types air are called air masses.
Answer:
Gulf of Mexico
Explanation:
I just took the test and got it right
3. Melting
occurs when a solid substances changes into a liquid phase.
b) False
a) True Los
Answer:
True
Explanation:
When a metal or another solid object is melt it changes from a solid phase into a liquid phase.
Answer:true
Explanation
Melting occurs when a solid substances changes into a liquid phase:
true
What is the main thing that drives water to move up from roots through the stem or trunk and to the leaves in plants?.
The main thing that drives water to move up from roots through the stem or trunk and to the leaves in plants is evaporation from the leaf pores
As water molecules evaporate from plant leaves, they attract water molecules that remain in the plant, assisting in the water flow from the roots to the stems. The combined effects of capillary action and transpiration transport water from the roots to the leaves of a plant.
Because water molecules tend to grip together (cohesion) and stick to the walls of tubes, they rise from the roots to the leaves (adhesion). The water evaporating from the leaf surface aids the root system's capacity to absorb additional water. This mechanism is known as capillary action.
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The Hallelujah Mountains can float because of Pandora's vast magnetic fields and they are made of what element?
Answer:
On Pandora, huge outcroppings of unobtanium rip loose from the surface and float in the magnetic vortices due to the Meissner Effect.
Explanation:
Good to see another (Disney's) Avatar-fan!!! ;)
How are mitosis and meiosis different processes?
Your answer:
A. Mitosis makes exact copies of cells, while meiosis makes cells with half as many chromosomes as they started
with.
B. Mitosis destroys cells while meiosis makes new cells.
C. Mitosis is used to make gamete cells like sperm and egg, but meiosis is used to make new body cells like skin cells
Why does the small intestine cell reproduce so often?
Answer:
Continual cell renewal allows the epithelium to withstand the constant wear and tear it suffers while breaking down food, absorbing nutrients, and eliminating waste.
Explanation:
Is Largeleaf pennywort tolerent to sea spray?