Albumin
These are the most abundant and form about 60% of all plasma proteins. They contribute to osmotic pressure, help to control water balance and are involved in the transport of substances in blood including drugs.
What is Plasma protein ?Plasma protein is the collective term for the proteins present in the blood.
Plasma proteins fall into several different groups and have numerous functions, including maintaining osmotic pressure, and transporting lipids, hormones, vitamins, and minerals.Immunoglobulins help fight infection and various other small amounts of enzymes, hormones, and vitamins.Learn more about Plasma protein here:
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Organisms need energy for chemical reactions to build larger molecules. They also need energy to move and to stay __________. What one word completes the sentence? (hint: the answer is not "alive").
Answer:
I dont think there is any other answer than ALIVE
the coronary arteries that nourish the myocardium arise from the ___
Answer:meart
Explanation:idek
Antimicrobials that inhibit the growth of microorganisms have the suffix:
The prefix "-static" is used to identify antimicrobials that prevent bacteria growth. A killing action is indicated by the suffix "-cidal."
An antiseptic is a substance that kills or slows the growth of microorganisms while being safe for use on human tissue. An agent that lowers bacteria populations to a safe level is known as a sanitizer. An antibiotic is a metabolic byproduct created by a single microbe that prevents or eliminates the growth of other bacteria.
Some, like penicillin, kill germs by rupturing the cell wall of the organism. Others, like tetracycline, prevent bacteria cells from producing the proteins or nutrients they need to survive or from reproducing.
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Doctors can perform tests called biopsies to determine whether cells in an area of tissue are cancerous or not. Cells are removed from the area, sometimes by a punch biopsy, and then viewed under a microscope. Based on what you know about the regulation of cell growth, make a list of questions you would ask as you observe the cells. Type your answer here.
Answer:
I would ask these questions to myself;
Is the cell have normal interphase?
Is it use a normal level of glucose or energy?
Is it have any abnormal organelle?
Is the cell divide at the normal rate?
Explanation:
What causes trisomy?
The most common cause of trisomy is a phenomenon known as nondisjunction.
During nondisjunction, the chromosomes fail to separate properly during the formation of gametes, leading to an unequal distribution of genetic material. This can occur in the mother or father's sperm or egg, leading to a fertilized egg with an extra chromosome. In the case of Down syndrome, this is typically caused by an extra copy of chromosome 21. Other trisomies can be caused by an extra copy of any chromosome.
In some cases, trisomy can be caused by a phenomenon known as mosaicism. Mosaicism occurs when the extra chromosome is only present in some of the body’s cells, rather than in all of them. This can lead to a variety of symptoms depending on which cells have the extra chromosome and which don’t.
Environmental factors can also play a role in causing trisomy. Exposure to certain chemicals or radiation can increase an individual’s chance of having a child with a trisomy. Additionally, advanced maternal or paternal age can also increase the risk of having a child with a trisomy, as the likelihood of nondisjunction increases with age.
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Can someone answer this please hurry!!!! 85 points for the entire data table (correct answers)
Tables, relationships, and constraints are all included in a data set. The tables of a Data Set are represented in ADO.NET by Data Table objects.
What is Data Tables?The data table is arguably the most fundamental component of business intelligence. In its most basic form, a table is made up of a set of intersecting columns and rows, together with a header row that lists the titles of the columns to help the user comprehend the table's content.The in-memory feature is present in one or more dataset tables that make up the data set. A database table with an in-memory feature is stored in a data table as a single or unit. Data tables come together to form a data set. For easier access to the data, a data table has several rows and columns.The distinction between a dataset and a data table is minimal; a dataset is essentially a collection of data tables.To learn more about data refer to:
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+ 4. The equation below represent a metabolic process that occurs in the mammalia Ammonia +carbon (IV)oxide Emme organic compound Q+ water a)Name the process in the equation above (1mk) b)Name the organ in which the process in (a) above occurs in mammals c)why is the process in (a) above occurs in mammals (1mk) d)identify the organic compound Q e) Explain the fate of organic compound Q (1mk) f)Explain the source of ammonia in the organ named in (b) above (1mk) cha ctoristics of living organisms shown by each of the follow
The name of the process in the equation above is the formation of urea
b. The name of the organ in which the process in (a) above occurs in mammals is the liver
c) The process in (a) above occurs in mammals in order to remove toxic waste
d) The organic compound Q is urea
e)The organic compound is removed from the body in the form of urine,
f ) The source of ammonia in the organ named in (b) above is from protein digestion
g) The characteristic of living organisms shown is excretion.
What is urea formation?Excess ammonia is converted into urea in the mitochondria of liver cells by the urea cycle, also known as the ornithine cycle. The urea is produced, then it enters the bloodstream, goes through the kidneys' filtering process, and finally is eliminated in the urine.
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Which sentence from the article supports a MAIN idea from the article?
(A) In modern America, we have access to fresh water every day.
(B) Each time we turn on the tap, plumbing systems bring this important resource into our homes.
(C) The remaining water is salt water, such as what is found in the ocean.
(D) This lack of water affects business and politics in different places.
Answer:
could you upload the article with the question please?
Explanation:
Can someone pls give me the answer to this?
control group= 10 mice that weren't exposed
independent variable: microwave
dependent variable: mice being able to push the block away
Clue 1: A unicellular organism Clue 2: Lives in the human body What is the correct classification of the organism
Based on the two clues provided, it is likely that the organism is a type of unicellular microbe that lives within the human body. There are many different types of microorganisms that can reside within the human body, including bacteria, fungi, and viruses. Some examples of unicellular microorganisms that live within the human body include:
- Bacteria such as Staphylococcus and Escherichia coli
- Fungi such as Candida albicans
- Viruses such as the herpes simplex virus and the human papillomavirus (HPV).
It is worth noting that depending on the context and further information, other types of unicellular organisms such as protozoan can also be living inside the human body.
Which statement best describes Nothe relationship between photosynthesis and resperation
In photosynthesis, plants convert carbon dioxide and water into oxygen and glucose, in respiration, it converts oxygen and glucose into water and carbon dioxide.
What is the relationship between photosynthesis and respiration?Photosynthesis is the process to make food glucose, and also evolving oxygen as the product. This process depends on the light.
Cellular respiration is the metabolic process in which food glucose is a breakdown to produce energy and produce carbon dioxide and water as the product.
Therefore, in photosynthesis, there is a synthesis of glucose and in respiration, there is a breakdown of the glucose.
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How did earthworms get to North America?
With the first European settlers in North America in the 1600s, new earthworms started to arrive. They crossed over in dry ship ballast or root balls.
Second colonization was taking place under the feet of the British, French, Spanish, and Dutch as they conquered the American continent. In the majority of the United States, almost every earthworm originated elsewhere. Native earthworms were nearly exterminated by glaciers from a Pleistocene ice period more than 10,000 years ago. Few made it farther south. Today, however, almost all earthworms found north of Pennsylvania are introduced species.
Earthworms are often welcomed in the soil by gardeners. However, their invasion has caused significantly more damage to forests.
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Show how the alleles for tall plant height and short plant height are segregated from each other during gamete formation.
T
t
Tall pea plant
TT
Short pea plant
tt
The results of the crossing indicate that all of the offspring's genotypes will be Tt.
Different genotypes are produced in the progeny of a specie cross. The total number of genes that an organism has inherited from both of its parents is referred to as genotype.
As a result of the species crossing, T t = Tt.
T × t = Tt
T × t = Tt
T × t = Tt
As a result, all of the offspring's genotypes will be Tt.
Plant? What do you mean?A plant is a living entity with a stem, leaves, and roots that develops in the soil. Exotic plants need to be watered as often as necessary. Alternative words: flower, shrub, veggie, herb more words for "plant"
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I need help with this question
When did earthworms first appear?
Leeches and earthworms are two kinds of worms that are well-known to humans and are categorized as annelids. Among the most numerous and diverse animal species now living, annelid worms originated in the ocean over 500 million years ago but have since colonized soils on land.
Annelids have left a rich fossil record in unique and uncommon geological sites where elements like skin, intestines, and muscle tissue have been preserved, despite having fragile bodies that quickly succumb to decomposition upon death. My research focuses on fossils like these, and I just described the oldest annelid worm, which belonged to a group that is still living and existed in what is now China around 514 million years ago.
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How many dominant and recessive traits will be produced in the progeny of F2?
In in the progeny of F2, the genotypic ratio of dominant and recessive traits will be produced is 3:1.
Mendel frequently noted a phenotype ratio of three plants with the dominant phenotype to one plant with the recessive phenotype in the F2 generation, the offspring of monohybrid crossings.
The genotype of the F2 progeny in a monohybrid cross might take on homozygous dominant, heterozygous, or homozygous recessive forms.
Mendel performed a number of crosses on the garden pea plant to gain insight into the inheritance pattern of characteristics. A monohybrid cross, which shows the pattern of inheritance of a single gene with two alleles, controlling a single character with two attributes, is one of these hybrids.
A monohybrid cross examines just one character. Consider the pea plant's height as an example. Tall and dwarf are the two characteristics of height that are displayed. The height-regulating gene is shown as T/t. The mutation "T" causes plants to be tall, whereas the allele "T" causes them to be dwarf.
Purebred or homozygous parents are chosen for the cross depending on the desired features. This indicates that the genotype of the tall parent plant will have both of the T and TT alleles. The genotype of the dwarf parent plant will contain both 't' alleles as 'tt'.
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A dog's cells carry out many processes at once. Some cells are involved in muscle contraction and some are involved in growing fur.
Which statement tells the most important factor that allows cells to keep accomplishing their many processes?
a. Cells constantly produce usable energy in the form of ATP
b. Cells contain genes from two individuals, and the combination of genes result in genetic variation
c. New cells are always being made from old ones in the process of meiosis.
d. The phospholipid bilayer of the cell membrane is selectively permeable.
The statement that tells the most important factor that allows cells to keep accomplishing their many processes is that cells contain genes from two individuals, and the combination of genes result in genetic variation. So the correct option is B.
What is genetic variation?Genetic variability is a characteristic that individuals have so that they have a difference in genotypes that helps the population to differentiate. The DNA will be different in each individual and this variability allows us to create cells for each region of our body with different types of activities that they must carry out.
Therefore, we can confirm that the correct option is B. Cells contain genes from two individuals, and the combination of genes result in genetic variation.
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Some indigenous people in polar climates are an exception when it comes to skin
color, having darker skin than other populations in that area. How can this be
explained?
they have diets high in Vitamin D
they have diets low in Vitamin D
they have diets high in folic acid
they have diets low in folic acid
Answer:
They have high folic acid diets
Explanation:
Folic acid helps regulate melanin production.
Select which statements are a part of natural selection.1. organisms better adapted to their environment tend to survive2. organisms better adapted to their environment tend to reproduce and increase in number3. organisms pass on their traits to succeeding generations.4. over time, favorable traits become more common in a population
All four of the given statements are true as a result of these postulates.
1. Adaptable organisms are more likely to survive in their environment.
2. Organisms with better environmental adaptations are more likely to reproduce and proliferate.
3. Characteristics of an organism are passed on to subsequent generations.
4. In a population, advantageous features gradually spread.
Darwin introduced the notion of natural selection. The following postulates were provided by Darwin in his theory of natural selection:
1. Different individuals within a species exist.
2. This variation has some heritable components.
3. Individuals with the most advantageous mutations typically have better survival rates and more progeny.
4. People have a propensity to reproduce and have more children than the environment can sustain.
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Many people with mutated alleles that are associated with diseases, including some cancers, do not actually develop the disease. How is this possible?
This is possible due to genetic predisposition which means that there is an increased chance that a person will develop a disease based on their genetic makeup.
What genes are mutated to cause cancer?The most commonly mutated gene in people with cancer is p53 or TP53. More than 50% of cancers involve a missing or damaged p53 gene. Most p53 gene mutations are acquired.
Germline p53 mutations are rare, but patients who carry them are at a higher risk of developing many different types of cancer. When the functions of these genes are mutated in order to express different proteins, the disease or cancer is exposed in the individuals.
Therefore, the influence of genetic mutation with respect to disease is possible due to genetic predisposition which means that there is an increased chance that a person will develop a disease based on their genetic makeup.
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What is the % yield if 4 moles of hydrogen is reacted with 3 moles of oxygen and produces 3 moles of water?.
75 is the % yield if 4 moles of hydrogen is reacted with 3 moles of oxygen and produces 3 moles of water. chemically water is known as H2O.
A water patch is made up of two hydrogen tittles and one oxygen snippet. But you can not just stick two hydrogen tittles together and call it a day. The factual process of producing water is a little more complicated 2H2O Energy = 2H2 O2. Two motes of diatomic hydrogen( H2) must be combined with one patch of diatomic oxygen( O2) to produce two motes of water( H2O)( O2). During the process, energy will be released. This response( 2H2 O2 = 2H2O Energy) has been known for over two centuries, but no one has succeeded in making it work in a homogeneous result until now.
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Alkanes contain the maximum possible amount of hydrogen, they are known as being __________.
Alkanes contain the maximum possible amount of hydrogen, they are known as being saturated hydrocarbon
Why are alkanes called saturated hydrocarbons?Each alkane's carbon skeleton is fully saturated when all four of its valencies are bound to either hydrogen atoms, carbon atoms, or both of them through a single covalent bond. Alkanes are hence referred to as saturated hydrocarbons.
Alkanes are a homologous sequence, why?
A homologous succession of alkanes is formed. The general formula for the alkanes is the same as for other homologous series. in their molecular formulas from nearby compounds by CH 2. Alkanes have a variety of uses in manufacturing. They serve as the raw ingredients for the synthesis of alcohols, polymers, lacquers, detergents, and fuels.
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Which sentence best describes a forensic scientist's role?
O A.
B.
A forensic scientist analyzes blood, tissue,
and other samples to assist law enforcement.
O D.
A forensic scientist maintains the equipment
used to view samples in the laboratory.
OC. A forensic scientist creates artificial organs
out of specific materials and metals.
A forensic scientist assists a biological scientist
in studying bacteria and viruses.
which of the following did NOT conduct experiments on viruses and bacteria as a way to study genetics
A. Hershey and Chase
B. Avery
C. Watson and Crick
D. Griffith
Watson and Crick did NOT conduct experiments on viruses and bacteria as a way to study genetics rather they conducted studies on the structure of DNA.
The correct option is C.
What is genetics?Genetics is described as the study of genes, genetic variation, and heredity in organisms and is an important branch in biology because heredity is vital to organisms' evolution.
Watson and Crick's study on genetics was focused on the structure of DNA.
Rosalind Franklin obtained images of DNA using X-ray crystallography, an idea first broached by Maurice Wilkins.
The Franklin's images allowed James Watson and Francis Crick to create their famous two-strand, or double-helix, model.
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A scientist was studying a population of elephants. The first year, he counted a population of 80. Over the next eight years, the population’s numbers were 94, 100, 103, 110, 125, 120, 125, 120. What appears to be the carrying capacity for this population?
120
124
125
126
At any given time, this population could accommodate 125 people.
Which population do you refer to?Any whole group that shares at least one trait is referred to be a population. People do not make up all populations. Populations can include, but are not limited to, people, animals, groups, organizations, buildings, houses, trucks, farms, and things.
What does "population mean" mean exactly?The average calculated from the entire group, distribution, or population is known as the population mean. It is computed by dividing the entire population of variables by the sum of all the variables in the population. The population mean is shown here as. The population's observations are combined to generate X.
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Answer: C. 125
Explanation: I got it right!
Combinations of mutations that would tend to allow the cell cycle to become unregulated.
Combinations of mutations that can cause the cell cycle to become irregular are oncogenes and tumor suppressor genes.
What is a cell?
The cell is the smallest unit of an organism or living thing. The cell is the basic structural and functional unit of organisms, just like the atoms in a chemical structure. Cells can determine the durability of living things.
Oncogenes normally function to push the cell cycle to a more advanced stage. The normal cell cycle becomes disordered due to mutations in proto-oncogenes (into oncogenes) and tumor supersor genes that cause cellular transformation.
Tumor suppressor genes that normally function to inhibit the progression of the cell cycle become inactive and cause uncontrolled cell division.
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What would happen if the members of one homologous pair did not segregate to opposite poles, but instead both went to the same pole? How many chromosomes would be found in the four gametes produced?
If the members of one homologous pair did not segregate to opposite poles, but instead, both went to the same pole, then it would lead to trisomy.
What is a chromosome?A chromosome is a lengthy DNA molecule that contains all or a portion of an organism's genetic code. The very long, thin DNA fibers in most chromosomes are covered with packing proteins; in eukaryotic cells, the histones are the most significant of these proteins.
DNA may be precisely duplicated during these cell divisions because of chromosomes.
If the members of one homologous pair did not segregate to opposite poles, but instead, both went to the same pole, then it would lead to trisomy. Hence, two chromosomes lack chromosomes, while two chromosomes will have two copies of chromosomes.
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A molecule has been isolated from a cell. The molecule is found to be in a ring shape made up of carbon, hydrogen, and oxygen atoms in a 1:2:1 ratio. Choose all the statements that apply to this molecule.
Based on the information given, the following statements likely apply to the molecule:
- The molecule is an organic compound, as it contains the elements carbon, hydrogen, and oxygen.
- The molecule is likely a carbohydrate, as many carbohydrates have a ring shape and a 1:2:1 ratio of carbon, hydrogen, and oxygen atoms.
- The molecule is likely a sugar, as many sugars are ring-shaped carbohydrates
- The molecule is likely a monosaccharide. Monosaccharides are simple sugars and are the building blocks of more complex carbohydrates like disaccharides and polysaccharides. They are composed of C, H, and O in a ratio of 1:2:1, fitting the information provided.
- The molecule is likely to be a cyclic compound, due to the ring shape made up of atoms.
It is important to note that this information is not enough to definitely identify the molecule, there are several compounds that can fit in this description such as Glucose, Fructose, and Ribose. Additional information and testing would be needed to definitively identify the molecule.
What are normal blood sugar 2 hours after eating for non diabetics?
70 to 90 mg/dL
Explanation:
Which law explains that genes are separated from each other during gamete formation and are recombined during fertilization?
The law of segregation states that the genes are separated from each other during gamete formation and are recombined during fertilization.
Law of segregation was the second law of inheritance and presented by Mendel. It explained that the genes existed in a pair of alleles and during gamete formation, only one of the two alleles was received by a single gamete.
Fertilization is the process of the fusion of the male and the female gametes. It results in the formation of zygote that is diploid in nature as both the gametes are haploid. The process of fertilization may occur inside the female body or on the external environment.
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