Answer:
Exercise Science is a discipline that studies movement and the associated functional responses and adaptations. The goal of exercise science is to facilitate an understanding of the links between fitness, exercise, diet and health. Ultimately, the discipline provides a scientific approach to study how exercise and the human body interact in order to understand the physiology of exercise as well as its benefits and results.
Exercise Science encompasses a wide variety of disciplines and the study of these disciplines is integrated into the academic preparation of exercise science professionals. Disciplines include areas such as: biomechanics, sports nutrition, sport & exercise psychology, motor control/development, and exercise physiology. In addition, the coursework includes evaluating health behaviors and risk factors, conducting fitness assessments, writing appropriate exercise prescriptions, and promotion of positive health habits and lifestyle behaviors.
Exercise Science professionals are a part of a multidisciplinary team whose work ranges from helping people recover from the unhealthy effects of a sedentary lifestyle to assisting athletes to perform at their maximum capability.
You will find exercise science professionals in a variety of disciplines such as:
College Sport Teams
Human and Athletic Performance Centers
Fitness and Wellness Centers
Hospital Fitness and Rehabilitation Centers
University / Industry Research laboratories
Weight Control Programs
Answer:
Exercise Science is a discipline that studies movement and the associated functional responses and adaptations. The goal of exercise science is to find and improve links between fitness, exercise, diet and health of people. Ultimately, the discipline provides a scientific approach to study how exercise and the human body interact in order to understand the physiology of exercise as well as its benefits and results.
Explanation:
Mutations occur at random and can increase within a population for no
particular purpose. Our immune system is capable of detecting and killing
certain viruses. Would a virus, such as HIV, that has a frequent rate of
mutation be more or less successful in avoiding the immune system?
The frequent rate of mutation in viruses such as HIV would make them more successful in avoiding the immune system.
What are mutations?Mutations are random changes which occur in the sequence of nucleotides in the DNA of an organism.
Mutations produce deleterious effects when they occur in organism. However, in some instances, mutation produce advantages to the organism in which they occur, for example to make pathogens resistant to drugs.
This is because the drug target site has been modified. Also, the immune system will be unable to recognize the pathogen as in the case of viruses such as HIV.
In conclusion, mutations in pathogens can help them to evade destruction by the body's immune system or drugs.
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The main purpose of a forester is to identify land for timber harvesting.
How are iconic and covalent bonds alike? How are they different?
macrophage are immune system cells that patrol the blood and body tissues. when a macrophage finds a foreign invader, the macrophage ingests (takes in) the foreign invader and then chemically digests (breaks down) that foreign invader. to perform this frequent chemical digestion, macrophage have more than the average body cell.
macrophage are immune system cells that patrol the blood and body tissues. when a macrophage finds a foreign invader, the macrophage ingests (takes in) the foreign invader and then chemically digests (breaks down) that foreign invader. to perform this frequent chemical digestion, macrophage have more than the average body cell is
Macrophages are immune system cells that are vital to the development of non-specific defense mechanisms that provide the first line of defense against pathogens. These large immune cells are present in nearly all tissues and actively remove dead and damaged cells, bacteria, cancerous cells, and cellular debris from the body.
What is Macrophages?
Macrophages are specialized cells that hunt for, engulf, and kill bacteria and other dangerous organisms. They can also activate other cells by releasing substances known as cytokines, which present antigens to T cells and start an inflammatory response.
Blood monocytes that leave the bloodstream to differentiate in various organs give rise to macrophages. Each macrophage population exhibits significant variety, which most likely reflects the level of specialization necessary for each tissue's environment.
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The examination of physical evidence by a forensic scientist is usually undertaken for.
The examination of physical evidence by a forensic scientist is usually undertaken for identification or comparison purposes.
A forensic scientist is a kind of scientist that has a keen observation so that he can analyze a crime scene and carry out investigations.
Physical evidence can be described as any clue, such as an object, an impression, marks, etc that are present at the crime scene.
Based on the physical evidence, the forensic scientist can carry out an investigation. The physical evidence acts as a solid clue in crime investigations. A forensic scientist can identify the clue or compare it with a suspect in order to catch a culprit.
Physical, as well as chemical examination of the physical evidence, is done so that authentic results can be deduced from it.
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Do cells use carbohydrates as a source of amnio acids
Answer:
Yes sssdddddsdsssss
Explanation:
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Our body needs Oxygen and Glucose to ensure which process can take place in our
body?
A. Homeostasis
B. Photosynthesis
C. Thermoregulation
D. Cellular Respiration
Answer: Number D
Explanation: During aerobic cellular respiration, glucose reacts with oxygen, forming ATP that can be used by the cell. Carbon dioxide and water are created as byproducts.
Answer:
The answer will be
D). Cellular Respiration
what is the name given to the debris-laden layer of dentin created during tooth preparation with a rotary instrument?
Answer:
Smear layer
Explanation:
the scientific study of organisms with the ultimate goal of characterizing and arranging them in an orderly manner is
The scientific study of organisms with the ultimate goal of characterizing and arranging them in an orderly manner is systematics.
In the field of biology, systematics can be described as the study of the different forms of organisms, present both in the past and present, and their relationships with each other.
The organisms are characterized based on the similarities and differences that are present in them over time and arranged accordingly. The organisms that have more similar characteristics are arranged closer in order than organisms that do not have many similar characteristics.
Systematics helps to make it possible to study the various similarities and differences that exist between different organisms. It also helps in determining the evolutionary relationships between organisms.
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Which of the following are examples of processes in your body that we must keep balanced?
A. Blood sugar levels, heart rate, wrinkles on our skin, and brushing our teeth
B. Body temperature, finger nail growth and food intake
C. Body temperature, blood sugar levels, and blood pressure
D. None of the above
Answer:
option = c the process in body that w must keep balanced are body temperature, blood sugar levels and blood pressureBody temperature, blood sugar levels, and blood pressure are examples of processes in your body that we must keep balanced. Therefore, option (C) is correct.
Body temperature, blood sugar, and blood pressure must be adjusted for health. Homeostatic mechanisms control these physiological processes to preserve internal stability and optimise cellular and organ function.
To facilitate metabolism and enzyme activity, body temperature is tightly controlled. To keep cells energised and avoid consequences from excessive or low blood sugar, glucose levels must be managed. Controlling blood pressure ensures adequate blood circulation and protects blood vessels and organs.
Option A includes wrinkling and tooth brushing. Option B contains unregulated processes like fingernail growth and food intake. Option D claims that none of the following are balanced processes, yet option C lists balanced bodily processes.
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How would you measure and compare the sizes of the two balls? football and volleyball
A measuring tape or direct observation can be used to gauge and contrast the dimensions of two balls.
You must be aware of a ball's circumference in order to measure it. To do this, you must measure the circumference of each ball with a measuring tape, compare the results, and decide which one is the largest.
However, observation is a different approach that can be employed and is advised when the disparity is clearly discernible
What is measuring ?A measurement in science is a group of numerical or quantitative data that describes a characteristic of an object or event. A quantity is measured by being compared to a reference unit.
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What is the typical magnification of an ocular lens? What other magnifications are possible?
(Subject science)
Answer:
An ocular lens consists of one to three lenses and is also provided with a mechanism, called a field stop, that removes unnecessary reflected light and aberration. Different types are available according to the magnification they provide, such as 7x and 15x.
natural selection is a fundamental mechanism driving the evolution of species. to research this conclusion, a group of scientists wants to test the effects of increased ocean acidity on a population of coral. what result from this experiment would confirm that natural selection is a process that can drive evolution? (3 points)
the prevalence and risk factors of ptsd symptoms among medical assistance workers during the covid-19 pandemic.
The reserve medics reported a high occurrence of despair, anxiety, and strain in addition to clinically involved signs and symptoms. are risk factors of PTSD comprehensive screening and intervention applications have to be in the vicinity to assist reserve medics to cope with mental health challenges and construct resilience for the duration of the COVID-19 pandemic.
The rapid increase in cases led to the pandemic's first-rate strain on the municipal medical care gadget in Wuhan and different cities of Hubei Province, resulting in an intense shortage of medical. In reaction, the principal government mobilized different provinces, municipalities, and areas, to ship reserve medics to the maximum affected towns in Hubei, particularly the embattled Wuhan metropolis.
The reserve medics reported a high occurrence of depression, tension, and strain in addition to clinically involved signs and symptoms. complete screening and intervention programs should be in the region to assist reserve medics to address intellectual fitness challenges and construct resilience at some stage in the pandemic.
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the transcription factor zeb2 regulates development of conventional and plasmacytoid dcs by repressing id2.
Answer: Zeb2 controls commitment to both the cDC2 and pDC lineages by inhibiting Id2.
Explanation: Pre-pDCs give rise to plasmacytoid dendritic cells, whereas pre-cDCs, which are lineage-committed, give rise to the two lineages of conventional dendritic cells (cDC1 and cDC2). The formation of pDCs and cDC1s has been linked to a number of transcription factors , but it is uncertain whether TFs are necessary for pre-cDCs to commit to the cDC2 lineage at an early stage. From the pre-pDC and pre-cDC stage on, Zeb2 was expressed, and it was significantly expressed in mature pDCs and cDC2s. Id2 was discovered to be a specific target of Zeb2 by chromatin immunoprecipitation research. We thus deduce that Zeb2 controls commitment to both the cDC2 and pDC lineages by inhibiting Id2.
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Homo _____ is the only surviving species of the genus Homo (choose your answer… sapiens, erectus or habilis). The first modern human trait to evolve was ______ (choose your answer… bipedalism, symbolic language or a massive skull), which allowed early humans to walk upright and use ______ (choose your answer… tools, fire or language).
Answer: Homo Sapiens is the only surviving species of the genus Homo (choose your answer… sapiens, erectus or habilis). The first modern human trait to evolve was bipedalism (choose your answer… bipedalism, symbolic language or a massive skull), which allowed early humans to walk upright and use tools (choose your answer… tools, fire or language).
Explanation:
Antibodies that help defend the body against harmful substances are which
type of biomolecule?
B. Carbohydrates
A. Nucleic acids
C. Proteins
D. Lipids
How can you justify that Golgi exhibits the phenomenon of membrane flow?
which term best describes the organization of the nervous system? please choose the correct answer from the following choices, and then select the submit answer button. answer choices hierarchical random linear disconnected
Hierarchical is the word that best explains how the nervous system is organized.
What exactly is a nervous system?The control center of your body is your neurological system. It is controlled by your brain and governs your actions, thoughts, and automatic reactions to your environment. Additionally, it regulates other bodily functions and systems, including digestion, breathing, and sexual development (puberty).Why is the nervous system so crucial?The nervous system facilitates communication between all body parts. In addition, it responds to alterations both inside and outside the body. The nervous system transmits and receives information using both chemical and electrical methods.There are two primary sections of the nervous system: The brain and spinal cord make up the central nervous system.learn more about nervous system here
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double histidine based epr measurements at physiological temperatures permit site-specific elucidation of hidden dynamics in enzymes
Double Histidine Based EPR Measurements at Physiological Temperatures Permit Site‐Specific Elucidation of Hidden Dynamics in Enzymes is a research paper written by Kevin Singewald and Xiaowei Bogetti.
What is the abstract?All biological activities revolve around protein dynamics. In this study, we use the dHis-Cu(II)NTA motif to gather site-specific data on dynamics for both a ß-sheet and a -helix site of GB1, the protein G immunoglobulin binding domain. Our CW-EPR measurements revealed spectral characteristics that agreed with both the general rigidity of GB1 and the expectations made by molecular dynamics simulations. With the use of this knowledge, we demonstrate how this method may be used to clarify the role of dynamics in substrate binding of a functionally essential -helix in human glutathione transferase A1-1 (hGSTA1-1). We find that the helix has two dynamical modes. The inclusion of the inhibitors GS-Met and GS-Hex caused the structure of hGSTA1-1 to favor the more rigid active state, but the faster mode may help with the search.
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Under a microscope you view a cell with an extensive smooth endoplasmic reticulum present. What could this indicate?.
The cell has a high energy demand.The clean endoplasmic reticulum capabilities in lots of metabolic processes. It synthesizes lipids, phospholipids as in plasma membranes, and steroids. Cells that secrete those merchandise, which includes cells of the testes, ovaries, and pores and skin oil glands, have an extra of clean endoplasmic reticulum.
Large quantities of clean ER are located in liver cells in which one in every of its important capabilities is to detoxify merchandise of herbal metabolism and to endeavour to detoxify overloads of ethanol derived from extra alcoholic ingesting and additionally barbiturates from drug overdose.
Smooth ER includes an extended community of a folded, tube-like structure. You can think about it like a pipeline with a variety of twists and turns. The indoors of the clean ER is known as the lumen, that is enclosed via way of means of a phospholipid membrane, much like the membrane that encloses the complete cell.
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ringworm is caused by: group of answer choices worms infected with fungi invading the skin. dermatophytes that have invaded deep into the living tissue. a hypersensitivity caused by superficial contact with dermatophytes. toxins produced by dermatophytes. dermatophytes growing in the outer dead tissue layers of the skin (epidermis).
Ringworm is caused by C) dermatophytes growing in the outer dead tissue layers of the skin epidermis.
Ringworm is spread through pores and skin-to-pores and skin touch or via touching an infected animal or object. Ringworm is usually scaly and can be crimson and itchy. Ringworm of the scalp is common in children, where they could purpose bald patches.
Ringworm is a common fungal pore and skin infection otherwise called tinea. Ringworm maximum normally affects the skin on the frame tinea corporis, the scalp tinea capitis, the feet tinea pedis, athlete's foot, or the groin.
Ringworm after touching an animal that has ringworm. Many special sorts of animals can unfold ringworm to people, which include puppies and cats, especially kittens and puppies.
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Disclaimer:- your question is incomplete, please see below for the complete question.
A) worms infected with fungi invading the skin.
B) dermatophytes that have invaded deep into the living tissue.
C) dermatophytes growing in the outer dead tissue layers of the skin (epidermis).
D) a hypersensitivity caused by superficial contact with dermatophytes.
E) toxins produced by dermatophytes.
How to cure ringworm?
What component of plant cells does the tobacco mosaic virus infect?
answers
1. Top Predator
2. Carnivore
3. Herbivores
4. Producers
Answer:
found at the producers 4.
Water makes up approximately 60% of the human body and plays a vital role in regulating body temperature. Which property of water allows it to prevent large fluctuations in body temperature?.
Water makes up approximately 60% of the human body and plays a vital role in regulating body temperature. water has a high capacity for heat. Due to this property of water allows the water to prevent large fluctuations in the body temperature.
Roles of water :it regulates the overall body temperature and acts as a thermoregulators.
About 70% of body weight is made up of water.
water is known as the polar molecule.
The hydrogen bond in the water molecule give the water the ability to hold the heat better than any other solvents.
Water carries mineral nutrients,so through intake of water our body gets enough amount of mineral for the growth and functioning of the body.
it has the properties like cohesion and adhesion.
Cohesion is the property which created surface tension .it is the attractive force between the same molecule like cohesion between water molecules .
adhesion is generally the force of attraction between two different bodies e.g., adhesive property between water and xylem vessels.
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sokol, h. et al. low counts of faecalibacterium prausnitzii in colitis microbiota. inflamm bowel dis 15, 1183–1189 (2009).
The microbiota is made up of a diverse range of bacteria, viruses, fungi, and other microbes that are unique to one area, such the human digestive tract.
What does the research paper indicate?Inflammatory bowel disease (IBD) pathophysiology, in particular, is thought to be influenced by the intestinal microbiota. The purpose was to contrast the composition of the fecal microbiota in colitis patients and healthy participants (HS). Patients with IBD have a different fecal microbiota from those with HS. In both IC and A-IBD patients, the phylum Firmicutes, and especially the species F. prausnitzii, are underrepresented. Due to the persistent correlation between lower F. prausnitzii levels and less protection of the gut mucosa, these bacteria may be essential for maintaining gut homeostasis.Learn more about the Microbiota with the help of the given link:
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What structural property of dna gave watson and crick the idea that dna replication was likely to proceed via a semiconservative mechanism?.
The complementary nature of base pairing between the two strands of DNA is the structural property of DNA that gave Watson and Crick the idea that DNA replication was likely to proceed via a semiconservative mechanism.
Watson and Crick are the two scientists known for coming up with the model of DNA, the hereditary molecule. DNA is a double helix structure made up of two strands. These strands are held together by the complementary pairing of the 4 nucleotide bases.
In the DNA, adenine from one strand pairs with thymine from the other strand. Guanine from one strand pairs with cytosine. This complementary pairing is the reason that Watson and Crick proposed the semi-conservative model for DNA replication.
In the semi-conservative model, each strand of DNA acts as a template strand from which a new strand is made.
Although a part of your question is missing, you might be referring to this question:
What structural property of DNA gave Watson and Crick the idea that DNA replication was likely to proceed via a semiconservative mechanism?
A) The nitrogen content in the bases
B) The complementary nature of base pairing between the two strands
C) The repeating nature of the sugar-phosphate backbone
D) The helical shape of the double strand
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What would be the expected nuclear dna content of a primary spermatocyte in the same organism?.
The expected nuclear DNA content of a primary spermatocyte for an organism that has 1.65 picograms in sperm cells is equal to 6.6 picograms.
What is the genetic content of the sperm cell?The genetic content of the sperm cell is haploid in a diploid organism while the content of a primary spermatocyte cell is quadrupled to this value due to the fact that this cell is generated before the first meiotic cycle, thereby having double genetic material compared to somatic cells.
In conclusion, the expected nuclear DNA content of a primary spermatocyte for an organism that has 1.65 picograms in sperm cells is equal to 6.6 picograms.
Complete question:
If the amount of DNA in a single sperm cell is 1.65 picogram(s). What would be the expected nuclear DNA content of a primary spermatocyte in the same organism?
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When are hypothesis supported in science?
(Environmental science)
Answer:
it has to be an idea that can be supported through carefully crafted experimentation or observation.
what field of work has been most impacted as dna technology has improved? banking forensic analysis international trade electronics manufacturing
Forensic Analysis has been most impacted as DNA technology has improved. For Example, DNA Fingerprinting.
Forensic Analysis- The term "forensic analysis" refers to a comprehensive process for determining, examining, and documenting the origin, development, and consequences of a security incident or a breach of municipal, state, and organizational legislation.
DNA Fingerprinting- The nucleotide sequences of specific human DNA regions that are distinctive to each individual are used in the laboratory procedure known as DNA fingerprinting to ascertain a person's likely identification.
Nucleotide Sequence- The most fundamental understanding of a gene or genome is its nucleotide sequence. No comprehension of genetic function or evolution could be complete without learning about this blueprint, which includes the instructions for developing an organism.
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