After three months of training, during which he was able to lift increasingly heavier weights, abe’s arm and chest muscles became much larger. What happened to the fibers in these muscles?.

Answers

Answer 1

Muscle Hypertrophy is what causes the muscle to grow.

To follow Hypertrophy 'Muscle under Stress' is an important component while working out. It is directly proportional to the growth of muscles. These are three mechanisms for muscle growth.

Muscle Stress: In order to grow muscle, it should be kept under a lot of tension using weights and the tension should be more than the body is adapted to. This is a concept of Progressive Overloading your muscle.Muscle Damage: After working out, Muscle Fibres get torn up. This local muscle damage causes a release of inflammatory molecules and immune system cells that activate satellite cells to jump into action.Metabolic Stress: It causes the cells around the muscle to swell. This is from the addition of muscle glycogen which helps muscle and the connective tissue to get swollen up. It is often referred to as 'PUMP'.

After Working out, due to tears in muscle fibers, the protein-synthesizing rate should be high which is absorbed by the muscle and causes to muscle fiber repair and grow.

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Related Questions

Orbitals are found in or energy levels.

Answers

The primary distinction between orbitals and energy levels is that although energy levels depict the relative locations of orbitals based on the amount of energy they contain, orbitals depict the most likely path of an electron in motion around the nucleus.

The nucleus is the center of the orbits. One orbital will be larger than the others if an atom has several orbitals, or they will overlap. Additionally, an electron is most likely to be found in orbitals.

Energy levels are the name for orbitals. The main energy levels, often known as the shell, denote a defined distance from the nucleus where electrons can be found. It is represented by the number "n," and as the number's value rises, so does the average distance and energy of the electron from the nucleus.

The fixed distances from an atom's nucleus where electrons may be found are referred to as energy levels (also known as electron shells). In an atom, the small, negatively charged electrons travel around the positive nucleus.

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The clumping of red blood cells, when the specific antibody against the antigen on the cells is added, is called?

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The clumping of red blood cells, when the specific antibody against the antigen on the cells is added, is called agglutination.

In the field of biology, agglutination can be described as a process in which red blood cells (RBC) get clumped. This process occurs due to the coating of specific antibodies to the red blood cells. These antibodies bind to specific antigens on other red blood cells.

As a result of this clumping or agglutination, bridges are formed between the antibodies.

In the body, the process of agglutination can be observed in the case of cold agglutin disease. In the laboratory, the process of agglutination is used for the performance of various tests such as determining the red blood cell count.

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Strong epidemiologic evidence that cigarette smoking was a major case of heart disease existed long before there was any biological evidence. True or false

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Answer:

Strong epidemiologic evidence that cigarette smoking was a major case of heart disease existed long before there was any biological evidence is true.

Explanation:

 According to a report which was presented in 2014 on cigarettes and health, smoking is a significant factor in cardiovascular disease (CVD),  also it accounts for around one in four fatalities due to CVD. CVD is the most common kind of over 800,000 individuals die from this cause in the US every year. Heart disease affects more than 16 million people in the US. Nearly 8 million people used to have a stroke, while 7 million people suffered a heart attack. Smokers who consume less than five cigarettes per day may still display signs of earliest CVD The more cigarettes smoked, the higher the risk of CVD. daily and for an extended period of time. having a cigarette with reduced amounts of tar or nicotine did not lower the risk for cardiovascular disease.

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The feeding mode that is most associated with a fermenter (e.g. goat, rabbit, catfish) is?

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The feeding mode that is most associated with a fermenter (e.g. goat, rabbit, catfish) is association with symbiotic microbes.

Symbiotic microbes- Symbiotic bacteria are those that coexist in harmony with one another or with other organisms. Rhizobia, for instance, are responsible for nitrogen fixation in the roots of legumes.

Nitrogen Fixation- The soil is home to a large number of heterotrophic bacteria, which fix large amounts of nitrogen without coming into close contact with other living things. Azotobacter, Bacillus, Clostridium, and Klebsiella species are a few examples of this type of nitrogen-fixing bacteria.

The enhanced nitrogen level in the soil benefits both crops used in the intercropping method.

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A red blood cell placed into a container of distilled water will ________ water through the process of ___________.

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A red blood cell placed into a container of distilled water will gain water through the process of osmosis.

What is osmosis?

Through a cell's partially permeable membrane, water molecules move through osmosis from a solution with a high concentration of water molecules to one with a lower concentration. Red blood cells that are exposed to fresh water swell, and plant root hairs that absorb water are two examples of osmosis. Soak gummy candies in water to see an uncomplicated example of osmosis. A semipermeable membrane is created by the gel in the candies.

When two solutions with different solute concentrations are separated by a semipermeable membrane, osmosis is how the solvent is transported through the membrane. The solvent is transferred from a solution with a lower concentration of solute to a solution with a higher concentration during osmosis.

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The combining of information from two or more sensory systems is referred to as _____ perception.

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Intermodal perception is the combination of data from two or more sensory systems.

Meaning of the word "sensory":

Of or pertaining to sensory stimulation or sensation. Afferent sensory neurons carry nerve impulses from the sense organs to the nerve centers. Something related to feeling, or something you can physically feel, is described by the term sensory.

How does the sensory system work?

As the hand interacts with its environment, the sensory function of the hand gives feedback to the brain for object detection and protection. For the hand to be used effectively, there must be a sense of contact and quality of that contact.

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A lizard’s body temperature begins to drop. This causes a behavior to occur. The lizard moves out of the shade onto a rock in the sun. Its body temperature increases
A lizard’s body temperature begins to drop. This causes a behavior to occur. The lizard moves out of the shade onto a rock in the sun. Its body temperature increases.
What process is portrayed in this example?

A) Homeostasis
B) Reproduction
C) Adaptation
D) Energy

Answers

answer:

a) homeostasis

explanation:

homeostasis- any process that living things use to actively maintain fairly stable conditions necessary for survival

other options definitions:

reproduction- the process by which living things produce offspring

adaptation- any heritable trait that helps an organism, such as a plant or animal, survive and reproduce in its environment

energy- ability to do work, or produce change.

A temperate biome with high temperatures and little precipitation is a

tropical grassland
tundra
coniferous forest
chaparral

Answers

A tropical grassland is a temperate biome with high temperatures and little precipitation (option A).

What defines a tropical grassland?

A grassland is defined as an area where grasses predominate over large shrubs or trees. A grassland can either be tropical or temperate depending on the temperature.

The tropical grassland also called savanna is a grassland with few scattered trees. This is due to the relatively low amount of rainfall/precipitation per annum. The tropical grassland is also characterized by high temperatures and low rainfall.

Therefore, it can be concluded that a temperate biome with high temperatures and little precipitation is a tropical grassland.

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3. What evidence have you discovered to explain how natural selection
leads to changes in populations of organisms, such as orchid plants?

Answers

Some types of the evidence, such as the fossils and the similarities between the related living organisms, were used by Darwin to develop his theory of the natural selection, and are still used by today. Others, such as the DNA testing, were they not available in Darwin's time, but are used by the scientists today to learn more about the evolution.

The Natural selection is the mechanism of the evolution. Organisms that are more adapted to their environment and are more likely to survive and they pass on the genes that was aided their success. This process was causes species to change and then diverge over time. Darwin used multiple lines of the evidence to support his theory of the evolution by the natural selection -- fossil evidence, the biogeographical evidence, and the anatomical evidence.

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How did charles darwin's ideas with regard to natural selection differ from those of french biologist jean baptiste lamarck?

Answers

According to Charles Darwin's theory of natural selection, only those individual are able to survive that adapt better to the changing environment and are able to reproduce. Whereas according to Lamarck, the characters that an individual gains during its lifetime are passed on to its further generations.

Natural selection is the phenomenon that states that only those individuals area able to survive in the environment that adapt better to the changing surroundings and are successfully able to reproduce. The theory was out forward by Charles Darwin.

Characters are the traits that may be phenotypically visible or present at the genetic level. These characters define an individual.

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Regions of distinctly different physical areas that serve as boundaries between different communities are called?

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The Regions of the distinctly different physical areas that has serve as the boundaries between the different communities are called as ecotone

An ecotone is the transition area between the two biological communities, where the two communities must meet and integrate. It may be the narrow or wide, and it may be the local ("the zone between a field and forest") or regional ("the transition between forest and grassland ecosystems").

The Ecotones are the areas of the steep transition between the ecological communities, the ecosystems, and/or ecological regions along with the environmental or other the gradient. Ecotones may occur at multiple spatial scales and the range from the natural ecotones between the ecosystems and biomes by the human-generated boundaries

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Viewing the shape of a bacterial or archaeal cell using a microscope gives a great deal of information about the metabolism and lifestyle of the organism. question 11 options:
a. true
b. false

Answers

The statement is false that viewing the shape of a bacterial or archaeal cell using a microscope gives a great deal of information about the metabolism and lifestyle of the organism.

Archaeal cell is the prokaryotic unicellular organism, that live in extreme habitats. These habitats can be thermal hot springs, extreme salty waterbodies or in areas producing methane gas. This is the reason they are also called extremophiles. Examples are: methanogens, halophiles, etc.

Metabolism refers to all the chemical reactions that take place inside an organism's body. Metabolism is made up of two phenomena: anabolism and catabolism. Anabolism is the formation of larger molecules from smaller ones, while catabolism is the breakdown of larger molecules into smaller ones.

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The medical terms for red blood cells, white blood cells, and platelets, in that order are?

Answers

Answer:

erythrocytes, leukocytes, and thrombocytes

Explanation:

erythrocytes, leukocytes, and thrombocytes

How do the winds and the ocean distribute heat throughout the biosphere?
a. living planet
b. water bodies
c. landforms

Answers

One way that the world’s ocean affects weather and climate is by playing an important role in keeping our planet warm. The majority of radiation from the Sun is absorbed by the ocean, particularly in tropical waters around the equator, where the ocean acts like a massive, heat-retaining solar panel. Land areas also absorb some sunlight, and the atmosphere helps to retain heat that would otherwise quickly radiate into space after sunset.

When water molecules are heated, they exchange freely with the air in a process called evaporation. Ocean water is constantly evaporating, increasing the temperature and humidity of the surrounding air to form rain and storms that are then carried by trade winds.

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If a cell has a relatively high energy need, you would expect it to have _________ mitochondria than a cell with a lower energy need.

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If a cell has a relatively high energy need, you would expect it to have more mitochondria than a cell with a lower energy need.

Mitochondrion:- Mitochondrion is a double-membrane-bound organelle, where energy is produced through cellular respiration. It is present in the cytoplasm of a cell and generates adenosine triphosphate (ATP), which is the main energy module of a cell. For this reason, mitochondrion is known as the "Powerhouse of the cell".

If a cell has a higher energy need than others, it is required to have more numbers of mitochondria in that cell, since more mitochondria will produce more energy.

Thus we can conclude that, if a cell has a relatively high energy need, you would expect it to have more mitochondria than a cell with a lower energy need.

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The collagen-rich ________ limits expansion of the nucleus pulposus when the spine is compressed.

Answers

The collagen-rich annulus fibrosus limits expansion of the nucleus pulposus when the spine is compressed.

Annulus fibrosus is the tough cartilaginous tissue that surrounds the sift nucleus pulposus. These two structures together form the intervertebral disc. It is responsible for the stability of the spine during rotation. The toughness of the annulus fibrosus is due to the collagen fibers.

Spine is the backbone present in the vertebrates. In humans it is formed of 5 different types of bones that are total 33 in number. The spine in necessary to maintain the posture of the body and keep it erect. It begins from the base of the skull and extends till the hipbone.

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Which term describes the process by which an increase in functional demand results in an increased number of cells?

Answers

Hypertrophy is the process by which an increase in functional demand results in an increased number of cells.

What is Hypertrophy?

A tissue or organ undergoing hypertrophy will see an increase in volume as a result of the component cells inside growing larger. It differs from hyperplasia, in which the cell size stays about the same but the quantity increases. Although hypertrophy and hyperplasia are two separate processes, they commonly go hand in hand, as in the case of the hormonally induced proliferation and expansion of the cells of the uterus during pregnancy.

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How many chromosomes are there in a cell​

Answers

Answer:

Theres 46 chromosomes in a cell

The ____ model focuses on promoting good health and good health practices to avert disease

Answers

The public health model focuses on promoting good health and good health practices to avert disease.

What do you mean by public health?

Public health is characterized as the science of defending the security and enhancing the health of communities through instruction, the development of public policies, and investigation into the prevention of illness and harm. For each person, the term "public health" has a different meaning.

Therefore, a medical disease that substantially impacts a particular group qualifies as a public health problem.

Which three objectives define public health?

The World Health Organization (WHO) states that the purpose of public health is to prevent illness, improve health, and extend life for the entire community.

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The cells in the nervous system that handle information processing are called? specialty cells. blood cells. synapses. neurons.

Answers

Option D: The cells in the nervous system that handle information processing are called neurons.

Nerve cells, often called neurons, are the building blocks of the nervous system. They interact with the information and transfer this information along various distances through electrical impulses. The nervous system is generally made up of two types of cells: nerve cells and glial cells. Glial cells are the supporting system of neurons. The nervous system is broadly divided into two categories:

The central nervous system (CNS) contains the brain and spinal cord

The peripheral nervous system (PNS) contains neurons and their parts such as sensory neurons and motor neurons.

Analysis of the information brought in by sensory neurons is done in CNS while PNS works as transportation for these signals from one neuron to another. Motor neurons carry the signals out of the CNS after analysis.

Information processing in the nervous system is handled by neurons or their parts like interneurons that connect one neuron to another in the CNS.  These signals are then transferred by motor neurons to respond to stimuli.

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Lipid a is a component of:__________
a. lipopolysaccharides.
b. plant cell walls.
c. cytoplasmic membranes.
d. mycolic acid.
e. bacterial glycocalyces.

Answers

Lipid is an important component of outermost lipid membrane of gram negative bacteria.

What is lipid molecule?

Lipid is an essential component of the cell membrane. They are family of organic molecules that are insoluble in water. The three main types of lipids are triglycerides, phospholipids and sterol.

Functions of lipids:

It provides energy storage to plants and animals.Phospholipids form the foundation for lipid bilayers.Lipids provide protective barriers for specialized tissues such as nervesLipid is a component of lipopolysaccharides.

Therefore, Lipid is an important component of outermost lipid membrane of gram negative bacteria.

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Which of the following is TRUE
about theories and laws?
A. A law will always become a theory.
B. ONLY a theory can ever be proven.
C. Theories and laws are the same thing.
D. A theory can never become a law.

Answers

The following is TRUE about theories and laws are-

D. A theory can never become law.

All scientific hypotheses are supported by data, are testable, and—most importantly—can be used to forecast the future. Accordingly, ideas never become laws, regardless of how much evidence there is to support them. In actuality, the end purpose of science is the formulation of theories. Any (expressed) law is a theory even though it can contain some truth that can only be derived from facts or another theory.

A theory is something we can only (temporarily) believe in since we are unable to prove it. A law cannot be a fact since it usually has an undefined, universal scope, and we can only collect a limited number of observations, some of which may be nothing more than dreams.

Therefore, I would say that any scientific law is a theory, a conviction, or a hypothesis, and we should anticipate that it will be challenged, improved, or supported by... another (simpler or more compelling) idea.

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why you think rust forms on metal. Then read the lesson to learn the role of chemical reactions in living things.

Answers

Answer: I think rust forms on metal because it is exposed to oxygen and which it begins to corrode.

Explanation:

If you made a change in the promoter sequence in the dna, what would happen at the rna level?.

Answers

No RNA would be produced if the DNA's promoter sequence were altered. No RNA would be produced since the RNA polymerase would be unable to detect and bind the DNA.

No RNA would be produced since the RNA polymerase would be unable to detect and bind the DNA. The RNA sequence would be altered as a result of the DNA mutation. The RNA would not be produced because the DNA helicase would not be able to identify and bind the DNA. The protein's secondary and tertiary structures would alter as a result of changes to the fundamental structure.A promoter, in the field of genetics, is a segment of DNA that proteins bind to to start the transcription of a single RNA transcript from the DNA downstream of the promoter.For transcription to take place, RNA polymerase must bind to DNA close to a gene. A location for an enzyme to bind is provided by promoter DNA sequences. TATAAT is the -10 sequence. On average, 35 sequences are conserved, however most promoters do not.

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Which structures are fingerlike projections that greatly increase the absorbing surface of cells?.

Answers

Microvilli are the structures of fingerlike projections that greatly increase the absorbing surface of the cells.

What is Microvilli?

Microvilli are membrane protrusions that resemble fingers and are sustained by the actin cytoskeleton. They are present in practically all cell types. An increasing amount of research indicates that the highly curved membranes of the dynamic lymphocyte microvilli play a critical role in signal transduction that triggers immunological responses.

The examination of the process that generates curvature and its functional implications in signaling, however, was impeded by difficulties in altering local membrane curvature and tracking the high dynamicity of microvilli. Recent developments in adaptive super-resolution microscopy have helped to partially overcome these technological obstacles.

Therefore the structure that increases the absorbing surface area is called microvilli.

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Science is the investigation of the ______________ ________________. Biology is the branch of science that studies ___________ _______________ and the environments they live in.

Answers

The science is the investigation of phenomenan and biology is a branch that studies ecosystem and living entities.

Science is the subject that deals with the reasons behind the phenomenon happening in the world like the interactions between the biotic and abiotic factors and abiotic phenomena like earthquake, tsunami, volcanoes , and also find the reasons behind the formation o mountains, continents, oceans, valleys, rivers and how the processes of gravitation, chemical changes take place and also it deal s with the reasons behind the reproduction, variations, evolution,, whereas the biology mainly focuses on the living entities and their interactions wirh the abiotic factors like temperature, water, though , light intensity, etc so it studies biosphere and ecosystem and study of it also called as ecology and all these are important because they will let us know that whatever is happening is due to a reason and how it can be used in research to develop a better world for living with desirable improvemnet s and also it helps in addressing the social issues related environmnt like global warming , glacier melting , pollution , inavsion , overexplouitation , climate changes , habitat loss etc.

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The term that means spread of disease from one part of the body to another is:_______
a. contagion.
b. carcinoma.
c. metastasis.
d. benign.
e. pathology.

Answers

The term that means spread of disease from one part of the body to another is metastasis. Metastasis. Cancer cells spread from where they first developed (primary cancer) through the blood or lymph system to produce new tumours (metastatic tumours) in distant areas of the body during metastasis.

The initial tumour and the metastatic tumour are both cancers. Metastatic cancer is cancer that spreads from the site of origin to a distant portion of the body. It is also known as stage IV (4) cancer for several types of cancer. Metastasis is the process through which cancer cells spread to different areas of the body.

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Bacteria and other pathogens that normally populate the skin's surface are called:_____.

Answers

these are called normal skin flora

Melissa's child was born with an extra chromosome, resulting in down syndrome. this is an example of:_________

Answers

Mutation.

Down syndrome was caused by an extra chromosome that Melissa's child was born with. this is an example of mutation.

What does mutation entail?A mutation is a modification to the DNA sequence of an organism.Errors in DNA replication during cell division, exposure to mutagens, or viral infection can all cause mutations.

Describe the Down syndrome.Down syndrome is a genetic condition brought on by an extra chromosome.Chromosomes are distinct "packages" of genes found in the human body.They decide how a baby's body will look and function by controlling how it develops during pregnancy and after delivery.A newborn typically has 46 chromosomes.In newborns with Down syndrome, one of these chromosomes, chromosome 21, contains an extra copy.The medical term for having an extra copy of a chromosome is trisomy.Down syndrome is often referred to as trisomy 21.The newborn may experience difficulties with their mental and physical development because of this extra copy, which modifies how their body and brain develop.

Is Down syndrome curable?Down syndrome is incurable. Programs for early intervention can help with skill development.Examples include speech, physical, occupational, and/or educational therapy.Many people with Down syndrome lead happy, fruitful lives with assistance and treatment.

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Why does the stickleback fish system investigated by dolph schluter and colleagues represent a great example of ecological speciation?

Answers

Ecological speciation is the process through which new species develop as a result of differential natural selection between diverse ecological settings.

There are currently many instances of this technique. A type of speciation known as ecological speciation results from reproductive isolation when there is less or no gene flow between two populations of a species as a result of an ecological condition. Environmental changes that a species encounters, such as behavioral modifications in predation, predator avoidance, pollinator attraction, and feeding, as well as modifications in mate preference brought on by sexual selection or communication mechanisms, are examples of ecological factors.

New species are created as a result of ecologically motivated reproductive isolation under divergent natural selection. In the stickleback fish system, they adapt instead of being blind therefore it is an example of ecological speciation.

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