Tides will be most visible on shores and coasts.
What are Tides?Sea levels rise and fall during tides as a result of the gravitational pull of the Moon (and to a much lesser extent, the Sun) paired with the Earth and Moon's orbiting one another.
To determine the anticipated times and amplitude for any location, tide tables can be employed (or "tidal range").
The Sun and Moon alignment, the phase and amplitude of the tide (the pattern of tides in the deep ocean), the amphidromic systems of the oceans, the form of the shoreline, and near-shore bathymetry are only a few of the variables that affect the predictions (see Timing).
They are simply estimates, however, as wind and tide are factors that impact the tide's exact timing and height.
Therefore, Tides will be most visible on shores and coasts.
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each of the following effects is associated with the action of postganglionic sympathetic fibers except___ A) increased sweat secretion B) dilation of the pupils C) reduced circulation to the skin D) decreased heart rate E) increased blood flow to skeletal muscles
The correct option is D i.e. decreased heart rate is the effect which is not associated with the action of postganglionic sympathetic fibers.
Norepinephrine, or noradrenalin, is a neurotransmitter used by the sympathetic division's adrenergic postganglionic fibers. The postganglionic neurons in sweat glands produce acetylcholine to activate muscarinic receptors in the sympathetic nervous system, whereas the postganglionic fibers of the parasympathetic division are cholinergic and use acetylcholine as a neurotransmitter. Post-ganglionic neurons are similar to the chromaffin cells of the adrenal medulla, which develops simultaneously with the sympathetic nervous system and performs as a modified sympathetic ganglion. Presynaptic nerve axons in the sympathetic nervous system terminate in the paravertebral or prevertebral ganglia. The paravertebral ganglia are always reached at that level by the spinal nerve from which the axon originated. Preganglionic neurons release acetylcholine at synapses within the ganglia, which activates nicotinic acetylcholine receptors on postganglionic neurons. With two notable exceptions, postganglionic neurons respond to this stimulus by releasing norepinephrine, which stimulates adrenergic receptors on the target tissues in the periphery. By activating specific tissue receptors, the sympathetic nervous system's effects are triggered.
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We will now discuss one way to generate a growth curve using the standard curve relating absorbance and viable count. Typically to generate a growth curve a microbiologist inoculates broth with the organism he/she desires to study. The flask containing the broth is placed in an incubator (usually a shaking incubator). At set time intervals, an aliquot is withdrawn from the culture, and the absorbance of this aliquot measured at 640 nm. Using the standard curve, the number of cells at each time period is determined. A flask of E. coli Hfr was inoculated and incubated with shaking for nine hours. At half hour intervals, the absorbance was measured. The following results were obtained. Note that starting at 6.5 hour, the culture had to be diluted in order to read on the spectrophotometer. To do this, 1 ml of culture was mixed with 1 ml of uninoculated medium.
A flask of E. coli Hfr was inoculated and incubated with shaking for nine hours. At half hour intervals, the absorbance was measured. The following results were obtained. Note that starting at 6.5 hour, the culture had to be diluted in order to read on the spectrophotometer. To do this, 1 ml of culture was mixed with 1 ml of uninoculated medium. 16 million
One million cells make up the population at the start of the log phase.
30 minutes are required for generation (doubling time) spectrophotometer.
There will be four generations in 6.5 hour.
Four times the population will have doubled (24 = 16).
16 million cells will be present.
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seeing your breath on a cold day is an example of what change; how to see your breath on warm day; at what temperature can you see your breath; why can i see my breath inside; what is glycolysis?; what is the fog that comes out of your mouth called; why do scientists think that glycolysis evolved before the other stages of cellular respiration?; breath vapor
The process of breath on cold day is called as the condensation process of the process.
We name it water vapor. When wet air cools off, the water vapor withinside the air can alternate from a fueloline to a liquid, ensuing in endless tiny droplets of waterEvery day a median individual breathes in round 14,000 litres of air, and with each breath, we launch a small quantity of water vapour.
Over a day, this builds as much as round 400g of water vapour created. People who're lively will breathe out extra because of better inner temperature dew factor, air can not maintain water vapor; whilst air is cooled past dew factor water vapor turns to liquid shape, the bodily technique called condensation. It is that this liquid shape of your breath – minuscule droplets of water – that creates the fleeting, misty cloud we see whilst inhaling air.
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you have before you an unknown organism, which you examine carefully. which of the following would convince you it is a pseudocoelomate?
To know the organism is pseudocoelomate it should have a bodily cavity that forms between the mesoderm and endoderm during embryonic development.
An creature with a body cavity known as a pseudocoelomate does not have a true coelom, which is where the body cavity originates from. Since the bodily cavity of a pseudocoelomate originates from the blastocoel, or cavity, within the embryo, it is sometimes referred to as a blastocoelomate. A peritoneum that serves as a barrier between the fluid and the bodily cavity lines a real coelom. The bodily fluids bathe the organs in a pseudocoelomate and draw oxygen and nutrients from the cavity fluid. All metazoan species share the condition of having a blastocoel in the embryo. The real coelom is formed when the mesoderm lines the body cavity in most metazoans.
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Which of the following characteristics are associated with the plant depicted above? (check all that apply) A. Vascular tissue B. Sporophyte dependent on gametophyte C. Sporophyte not dependent on gametophyte D. Production of gametes by meiosis E. Seeds F. Flowers G. Secondary growth H. Homospory I. Heterospory J. Spores are dispersal stage K. Chloroplast DNA inversion
The correct option is B : Sporophyte dependent on gametophyte .Probably Psitolum niudam is depicted in the first picture. There is no vascular tissue in them. Gametophytes are required for sporophytes. Meosis results in spore production. They manifest homospory.
All sperm produced in all antheridia depicted are genetically identical to each other and to the male gametophyte that produced them since the gametes are produced by mitosis from perennial male plants. To carry out fertilization, sperm are discharged and swim across water to female plants.
Male and female reproductive organs (gametangia) grow and generate eggs and sperm (gametes) through straightforward mitosis in the haploid (containing a single set of chromosomes) gametophyte phase.
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during nervous-system development in drosophila, the membrane-bound protein delta acts as an inhibitory signal to prevent neighboring cells from developing into neuronal cells. delta is involved in signaling. group of answer choices contact-dependent neuronal paracrine endocrine
The solution is therefore choice (2). signaling that depends on contact.
A membrane protein called the Delta protein prevents neighboring cells from differentiating into neural cells. This is accomplished by attaching the Delta receptor to the membrane receptor of the next cell, creating a notch. It is hence a notch pathway.
As the Delta must attach to the membrane protein of the neighboring cell in order to communicate, this pathway is contact-reliant. Juxtacrine signaling, also known as contact-dependent signaling, is a type of cell-to-cell communication.
While paracrine signaling occurs next to cells without coming into contact with them, endocrine signaling occurs over great distances. Neurons play a role in neuronal signaling.
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Complete Question :-
During nervous system development in Drosophila, the membrane-bound protein Delta acts as an inhibitory signal to prevent neighboring cells from developing into neuronal cells. Delta is involved in signaling endocrine contact-dependent paracrine neuronal Why does the Na/K* pump become phosphorylated? the pump protein is physically blocking the entry of the various ions into the cell and needs energy from the hydrolysis of ATP to carry out this action the entire pump rotates 180 degrees to deliver the ions to the other side of the membrane, this rotation requires the hydrolysis of ATP the pump protein must move laterally within the membrane and this movement requires energy provided by ATP hydrolysis o generating a gradient requires active transport which is an energy dependent process using ATP hydrolysis You are trying to study the ability of the ER to sort proteins. Specifically, you are interested in a protein called INDY which is a transmembrane protein (shown below). NH, terminal ER signal sequence Stop transfer sequence O COOH terminal What would be the orientation of the INDY protein in the ER membrane following translation? Write in your answer below. COIN с D
TRUE/FALSE. tactile localization and two-point thresholds are dependent on the density of touch receptors in the integument, and vary from one part of the body to another.
TRUE/FALSE. tactile localization and two-point thresholds are dependent on the density of touch receptors in the integument and vary from one part of the body to another
The density of sensory receptors and the dimensions of the neuronal receptive fields are two parameters that affect two-point discrimination. The accuracy of a region's sensory perception increases with the density of its sensory receptors. In comparison to the hand, fingertip sensory receptor density is three to four times higher.
The two-point discrimination test is used to determine a patient's capacity to recognize two nearby spots on a small patch of skin and the degree of that ability. It is a gauge of tactile agnosia, or the inability to distinguish between these two sites despite having normal proprioception and cutaneous sensation. This test revealed two different threshold types: the difference threshold and the amount of stimulus change necessary to cause a perceptible difference.
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Drag the labels to their appropriate targets to correctly identify the various chromosome structures. Labels can be used more than once.
a) non-homologous chromosomes
b) sister chromatids
c) homologous chromosomes
d) centromere
e) non-sister chromatids
f) homologous chromosomes
g)sister chromatids
The answer to the given question about chromosome structures are in the figure down as well :
a) non-homologous chromosomes
b) sister chromatids
c) homologous chromosomes
d) centromere
e) non-sister chromatids
f) homologous chromosomes
g) sister chromatids
One chromosome from the mother and one from the father are often inherited in a pair. Homologous chromosomes, for instance, are two copies of Chromosome 1 that exist in a single cell. There are identical genes on each chromosome in a homologous pair, but there may be differences between them that give rise to different alleles. There may be functional consequences for some of these alleles' variations, but not for others.
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which of the following conclusions about increasing the number of folds in the inner mitochondrial membrane is best supported by the results of the experiment?
It boosts photosynthesis' effectiveness, which causes cells to develop more quickly.
Which of the following transport processes will be most directly impacted by a brief ATP shortage?Aldosterone is a steroid hormone that reaches a target cell by crossing the plasma membrane and traveling down a concentration gradient. It is a tiny, nonpolar, hydrophobic molecule.
Which of the following types of membrane transport has a direct relationship between the rate of transfer and the solute concentration?The movement of molecules in a solution from a region of higher concentration to one of lower concentration is known as diffusion. The net rate of solute flux in this kind of transport is inversely proportional to the disparity in concentration between the two regions.
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To make a buffer you will need to mix a solution of a weak base with a weak acid. We will be making a phosphate buffer by combining a phosphate base K2HPO4 (dibasic monohydrogen phosphate) with a phosphate acid KH2PO4 (monobasic dihydrogen phosphate). Equal amounts of each should provide a solution with a pH of 6.8.
Determine the mass of 1 mole of each of the phosphate salts
1 mole of K2HPO4
1 mole of KH2PO4
To make a 0.1 M solution of K2HPO4 how much salt should you add in a 100 ml solution?
To make a 0.1 M solution of KH2PO4 how much salt should you add in a 100 ml solution?
By the principle of Henderson-Hasselbalch equation:
Mass of 1 mole of each of the phosphate salts 1 mole of K₂HPO₄: 0.575 gm
Mass 0.1 M solution of KH₂PO₄ in a 100 ml solution: 0.912 gm
What is Henderson-Hasselbalch equation?In biological and chemical systems, the Henderson-Hasselbalch equation defines the link between pH as a measure of acidity and the acid dissociation constant (pKa). The equation is particularly useful for calculating the pH of a buffer solution and determining the pH of equilibrium in acid-base processes.
Phosphoric acid pKa's are 2.3, 7.21 and 12.35.
Our required pH is 6.5, so 7.21 will be used.
Hence, mono-potassium dihydrogen phosphate (KH₂PO₄) and dipotassium mono-hydrogen phosphate (K₂HPO₄) will be used.
Handerson-Hasselbach equation:
pH = pKa + log ([A⁻]/[HA])
Therefore, A⁻ is K₂HPO₄ concentration, and for HA is KH₂PO₄ concentration:
or, 6.5 = 7.21 + log(A⁻/HA)
or, log(A⁻/HA)=-0.71
or, A⁻/HA = 0.49
We know that total salt concentration = 0.1 M
HA+A=0.1
A⁻/HA=0.49
So, HA+0.49 HA=0.1
[HA] = 0.1/1.49 = 0.067M
[A] = 0.1-0.067M = 0.033M
Therefore, the concentration of K₂HPO₄ = 0.033M
and the concentration of KH₂PO₄ = 0.067M
Since, we are preparing 100 ml or 0.1 L of the solution,
Thus, the weight of K₂HPO₄ = (0.033M x mol.weight)x 0.1 L
= (0.033M x 174.2 g/mol)x 0.1 L
= 0.575 g of K₂HPO₄ required for 0.1 L
Similarly, we can calculate for KH₂PO₄:
or, wieght of KH₂PO₄ = (0.067M x mol.weight)x 0.1L
= (0.067M x 136.086 g/mol)x 0.1L
= 0.912 g of KH₂PO₄ required for 0.1L buffer solution.
Therefore, we need to take 0.575 g of K₂HPO₄ + 0.912 g of KH₂PO₄ and dissolve them in 100 ml water to prepare 100mL of a 0.1M potassium phosphate buffer of pH 6.5.
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Studies show that young people with higher-than-average blood pressure and their families have a history of high blood pressure are more likely than others to develop a severe form of the condition.
(A) and their families have a history of high blood pressure
(B) whose families have a history of high blood pressure
(C) and a history of high blood pressure runs in the family
(D) whose families have a history of high blood pressure running in them
(E) with a history of high blood pressure running in their family
Young people with higher-than-average blood pressure and their families have a history of high blood pressure are more likely than others to develop a severe form of the condition is Whose families have a history of high blood pressure is correct.
Notice that “whose” is a relative pronoun, a noun modifier that is modifying a little far away noun “young people”. This is so because the prepositional phrase preceding “whose” cannot be placed anywhere else in the sentence without affecting the meaning. Hence, the relative pronoun can jump over “with higher-than-average blood pressure” to modify “young people”.The prevalence of high blood pressure among African Americans is the highest in the world. Also called as hypertension, high blood pressure increases your risk of heart disease and stroke, and it can cause permanent damage to the heart before you even notice any symptoms, which is why it is often calls him the "silent killer".
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What triggers the release of calcium from the sarcoplasmic reticulum?
Calcium ions are released from of the sarcoplasmic reticulum as a result of depolarization of a sarcolemma (muscle membrane) brought on by nerve stimulation.
When a muscle fiber is stimulated, a wave of depolarization travels down the t-tubule, triggering the release of calcium ions into the sarcoplasm by the SR. In order to relax the muscle, calcium is put back up into to the SR and lowers the calcium ion density in the sarcoplasm. Muscle action potential passing through transverse tubule releases calcium ion release valves in the sarcoplasmic reticulum membranes, which permits calcium ions to rush into the sarcoplasm. Calcium ion binds to troponin just on thin filament, revealing the binding affinity for myosin. Voltage-gated Ca2+ channels open when a nerve impulse depolarizes a cell membrane. The ensuing Ca2+ influx activates ryanodine receptor on the SR membrane, leading to the occurrence of CICR and the subsequent release of more Ca2+ into the cytosol.
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The products of the Calvin cycle reactions are __________________.
Group of answer choices
G3P, CO2, and ATP
CO2, NADP+, and G3P
O2, NADPH, and ADP + Pi
G3P, NADP+, and ADP + Pi
O2, NADPH, and ATP
The products of the Calvin cycle reactions are sugar, O2, NADPH, and ADP + Pi, thereby the correct option is C.
What are the Calvin cycle reactions?The Calvin cycle reactions are a series of metabolic processes that occur in plants in absence of light which are fundamental to generating glucose or simple carbs (i.e. sugars) and thus obtaining chemical energy for the plant.
Therefore, with this data, we can see that the Calvin cycle reactions generate sugar and or glucose in the plant and they are reactions that occur in the absence of sunlight.
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The intestinal mucosa produces most of the secretions that enter the small intestine, but the secretions of the spleen and the pancreas also enter the small intestine and play essential roles in digestion. True False
False: The pancreatic and spleen's secretions also reach the small intestine and are crucial to the process of chemical digestion.
What is intestine ?
From the stomach to the anus, the intestines form a long, continuous tube. Intestinal fluid is where most water and nutrients are absorbed. Small, big, and the rectum are all parts of the intestines.
About 20 feet long and an inch wide, the small intestine (small gut) is a tube. Its responsibility is to ingest and absorb the majority of the nutrients. The small intestine is made up of three sections: the duodenum, jejunum, and ileum, and is lined by velvety tissue.
About 3 inches wide and 5 feet long, the large intestine (also known as the colon or large gut) is a tube. Stool is produced as a result of the colon absorbing water from waste. The urge to urinate is triggered by the rectum's nerves as stool enters.
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What is meant by subsistence agriculture?; What is subsistence agriculture and how it is beneficial?; What is subsistence farming and why is it so important in Africa?; What are the problems of subsistence agriculture?
Almost all of the products or livestock produced in a subsistence farming system are consumed by the farmer and his or her family, leaving little to no extra for sale or trade. For preindustrial agricultural peoples all across the world, subsistence agriculture has historically been a way of life.
Cost effectiveness is one of the benefits of subsistence agriculture. The reason is that it does not necessitate the significant capital that a commercial farmer would have otherwise needed. The tools that are employed are typically inexpensive and simple to obtain. Due to this, funds intended for hiring labor are instead used to address other urgent household needs. Subsistence farming has a number of drawbacks, including: simple disease transmission, unreliable family labor, easy insect spread, tiny farm sizes that may not support big families or communities, destruction of soil organisms and alteration of soil structure by burning.
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The statement is discussing the idea that while private property allows individuals to define themselves and frees them from the burdens of daily subsistence, it should not be accumulated to such an extent that it prevents others from obtaining the necessities of life.
In summary, the statement highlights the value of private property in terms of self-expression and freedom from daily struggles. However, it also emphasizes the need to balance individual accumulation with ensuring that everyone has access to the necessities of life.Here is a step-by-step explanation of the main points: 1. Private property helps people define themselves: When individuals have the freedom to own and control property, they can express their identity, personal preferences, and values through their possessions. For example, someone may choose to decorate their home in a way that reflects their taste and interests. 2. Private property frees people from mundane cares of daily subsistence: By having ownership of property, individuals can secure their basic needs and focus on other aspects of life beyond survival.
For instance, if someone owns a house, they don't have to worry about finding shelter every day and can instead pursue education, work, or leisure activities. 3. Private property is finite: Private property rights are typically limited to prevent unfair concentration of wealth and resources. This means that there are limits on how much property an individual can accumulate. 4. No individual should accumulate so much property that others are prevented from accumulating the necessities of life:
The statement suggests that while private property is important, it should not be accumulated to such an extent that it hinders others from accessing basic necessities like food, water, and shelter. This idea promotes a more equitable distribution of resources within a society.
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Examples of cross-contamination are:
Interacting with raw meats before handling veggies or other prepared foods without washing your hands.
Between handling various foods, wiping your hands with a towel or apron that has been stained with food.
What are the four typical cross-contamination sources?Cross-contamination occurs when contaminants from a surface, item, or person unintentionally enter food. Clothing, utensils, food handlers, and pests are four typical sources of cross-contamination.
What kind of cross contamination quizlet is this?Cross-contamination can occur when people don't wash their hands after coughing while preparing food, when they chop up raw chicken on the same cutting board as raw veggies, or when they use the same plate for both uncooked and cooked hamburger meat.
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which of the following statements is not true about transcription in prokaryotes? the 5' tataat 3' sequence is found at position -10 from the the 1 initiation start site. once transcription begins, the transcrition bubble proceeds bidirectionally in both directions. the 5' ttgaca 3' conserved sequence is the site where rna polyemrase binds to the dna to begin transcription. the 1 site is always an a or a g to begin transcription. prokaryotic transcription utilizes only one strand of the double helix as the template.
The statement "once transcription begins, the transcription bubble proceeds bidirectionally in both directions" is not true about transcription in prokaryotes.
What are Prokaryotes?
Prokaryotes are single-celled organisms that lacks a true nucleus. They are found in all environments, from the deepest oceans to the upper atmosphere. Examples of prokaryotes include bacteria and archaea. Prokaryotes are generally much smaller than eukaryotes, typically ranging from 0.2 to 2.0 micro meters in length.
What is Transcription?
Transcription is basically the process of copying DNA into RNA. It is a key part of the process of gene expression, during which information from a gene is used to direct the assembly of a protein. During transcription, a single strand of the DNA double helix is used as a template to create a complementary strand of messenger RNA (mRNA). The mRNA molecule is then used to direct the synthesis of the specified protein.
Therefore, the correct option is Option B.
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restriction enzymes question 13 options: edit proteins. cut dna at specific sites. stop transcription. bind together strands of dna.
Restrictions enzymes are found in bacteria (and other prokaryotes). They locate specific DNA sequences known as restriction sites and cling to them.
Each restriction enzyme only recognizes one or a small number of restriction sites. Once it finds its target sequence, a restriction enzyme will make a double-stranded cut in the DNA molecule. The cut often happens at or close to the limitation point in a tidy, consistent pattern. [Why do microorganisms have restriction enzymesAs an example of how a restriction enzyme recognizes and cuts at a DNA sequence, let's use EcoRI, a standard restriction enzyme used in labs. EcoRI makes the following cuts here: If an overhang is identical to one on another piece of DNA, as in the case when EcoRI
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the structure found between the epiphysis and diaphysis in a child and is a site of bone growth is the
The structure found between the epiphysis and diaphysis in a child and is a site of bone growth is the epiphyseal plate
The epiphysis is the adjusted finish of a long bone, at its joint with neighboring bone(s). Between the epiphysis and diaphysis (the long waist of the long bone) lies the metaphysis, including the epiphyseal plate (development plate).
At the joint, the epiphysis is covered with articular ligament; underneath that covering is a zone like the epiphyseal plate, known as subchondral bone. The epiphysis is loaded up with red bone marrow, which produces erythrocytes (red platelets).
A pseudo-epiphysis is an epiphysis-looking finish of a bone where an epiphysis isn't regularly located. A pseudo-epiphysis is portrayed by a cross over score, seeming to be like a development plate. In any case, these cross over indents miss the mark on commonplace cell sections found in typical development plates, and don't contribute fundamentally to longitudinal bone development.
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(Complete question) is:
the structure found between the epiphysis and diaphysis in a child and is a site of bone growth is the_______.
A man is heterozygous for dimples and a heterozygous carrier for PKU disease. He marries a woman who is also heterozygous for dimples and a heterozygous carrier for PKU disease.
Determine the following:
a. Genotype of man:
b. Genotype of woman:
c. Possible gametes of the man
d. Possible gametes of the woman
Man's genotype: Dd, Pp, and woman Genotype: Dd, Pp, and Female Gametes: Dp, DP, dP, and Potential Male Gametes: Dp, dP, dp, DP
What does it mean to be heterozygous?A gene region where there are two distinct alleles present. One regular allele and one mutant allele, or two distinct mutated alleles, can make up a heterozygous genotype (compound heterozygote).
What is an example of heterozygosity?You have such a mutant gene for that gene is if two versions differ from one another. For instance, having one gene for red hair and one gene for brown hair might indicate that you are heterozygous for hair type. Which qualities are expressed depends on how the two alleles are related.
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In cell fractionation experiments in which subcellular organelles are separated on the basis of their density, the smooth endoplasmic reticulum is_________ the rough endoplasmic reticuluma. denser than b. lighter than c. the same density asd. the same density as lipid droplets and much denser than e. None of the above
One of the endomembrane system's components is the smooth endoplasmic reticulum (SER). Cells that are eukaryotic contain it. Cisternae, which are tubular constructions, make up SER. Ribosomes are not present.
Therefore, it is not related to the synthesis of proteins. Its main duties include the production of lipids, the production of steroid hormones, and the detoxification of toxic metabolic byproducts. The lipids or fats produced by SER aid in the formation of membranes.A membrane system called the endoplasmic reticulum creates a sac-like structure in the cytoplasm of eukaryotic cells. Rough endoplasmic reticulum and smooth endoplasmic reticulum are the two types. The rough endoplasmic reticulum is known as such because it has ribosomes on its surface. The smooth endoplasmic reticulum is crucial for the production of lipids. The smooth endoplasmic reticulum in liver cells houses enzymes that detoxify toxic medicines and metabolic waste. It is crucial for the production and storage of lipids, such as cholesterol and phospholipids.
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inhaled particulate accumulation with age impairs immune function and architecture in human lung lymph nodes.
It is unknown how lifelong exposure to environmental contaminants affects respiratory immune function, and older persons are more prone to infectious and neoplastic lung disorders.
Human lymph nodes (LNs) from 84 organ donors ranging in age from 11 to 93 were analyzed. Investigators discovered a particular age-related deterioration in lung-associated LN immune activity, but not gut-associated LN immune function, which was connected to the buildup of inhaled air particulate matter. Age-related increases in particle densities were observed in lungs-associated LNs, but not in gut-associated LNs.
Particulates were specifically present in CD68+CD169- macrophages, which showed altered cytokine production, reduced activation, and phagocytic capacity as compared to macrophages that did not include any particles. In lung-associated LNs containing particles, the B cell follicle and lymphatic drainage structures were also damaged.
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TRUE/FALSE. the nucleolus the nucleolus synthesizes ribosomal rna. is surrounded by a thin nucleolar membrane. is found in prokaryotes. contains trna. is found in prokaryotes and contains trna and rrna.
the nuclear pore In the nucleolus, ribosomal RNA is produced. a thin nucleosomes membrane encircles it. is a property of prokaryotes. consists of trna. includes trna and rrna and is found in prokaryotes. It is accurate to say this.
Describe a membrane and provide an example.Membranes are a plural noun. (1) (biology) A light coat of tissue lining an , cavity, or other area. (2) A cell membrane (in biology). (3) A thin, flexible organ sheets of material that may let through compounds in solution.
What function does a membrane serve?The body of an implants are made up of the cell membrane, also suspected as the plasma membrane. Additionally, it maintains a constant atmosphere in inside cell, and that envelope serves a variety of purposes. One is to provide nutrients in into cell while removing toxic chemicals from it.
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Select the correct answer.
Ethylene is a hormone that controls which aspect of the development of produce?
A.
Growth
B.
Fertilization
C.
Ripening
D.
The number of seeds
Answer:
a. growth
Explanation:
which of the following possible mechanisms for how enhancers can stimulate transcription from great distances are currently thought to be correct?
Enhancers are DNA-regulatory regions that trigger the transcription of a gene or genes to higher levels than would be the case in their absence. These elements work at a distance by generating chromatin loops to bring the enhancer and target gene into proximity
Gene expression is specifically regulated at two levels. First, the amount of mRNA that can be produced from a specific gene is restricted, which controls transcription. The second level of control involves post-transcriptional processes that manage how mRNA is translated into proteins.
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lice eggs have rounded ends and a terminal cap called the , which is full of tiny holes.
Nits are the lice's eggs. Since they are difficult to perceive, people frequently mistake them for hairspray or dandruff. The eggs are laid beneath the waxy layer, and they take one to three weeks to hatch.
Which Mouthpart contains the primary piercing mechanism in a flea's mouth?There are no mandibles, and the mouthpieces are piercing-sucking in nature. The maxillary and labial palpi are fully developed in adult fleas, and the piercing elements are produced from the sclerotized epipharnyx and the laciniae of the maxilla. The antennae are short and usually have three parts.
Which mouthpart serves as the mosquito's primary piercing organ?Proboscis: This mouthpiece of the female mosquito pierces a person or animal's skin and suctions out blood.
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all of the following are reasons it might be beneficial for bacteria to take up foreign dna except that
With the exception of eating foreign DNA, all of the following justifications for bacterial uptake of foreign DNA are advantageous.
The transformation of exogenous, DNase-sensitive DNA into a DNase-protected state inside a bacterium is known as DNA absorption. This DNA uptake in gram-negative bacteria can be accomplished by breaking through the outer membrane. In contrast, DNA uptake in gram-positive bacteria occurs with passage over the cytoplasmic membrane and is comparable to that of gram-negative bacteria.
Bacterial DNA absorption is advantageous since it aids in the creation of recombinants that may be applied to a variety of situations. Patients with hereditary diseases can employ DNA uptake to repair broken chromosomes and DNA.
In organisms like bacteria, new genes can be introduced for various purposes.
Option A is the right response, so that is what it is.
The complete question is:-
All of the following are reasons it might be beneficial for bacteria to take up foreign DNA EXCEPT that Question 77 options: a) DNA could be used for food by bacteria. b) the uptake of foreign DNA would result in potentially beneficial recombinants. c) the uptake of foreign DNA might allow a cell to repair damaged chromosomes. d) the uptake of foreign DNA could allow completely new genes with new functions to enter the recipient cell. e) the uptake of foreign DNA could result in the breakage of the plasma membrane of the recipient cell.
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where are ribosomes made; where are ribosomes located; nucleus; sac-like structures that break down and digests substances in the cell; ribosomes function; golgi apparatus function; function of ribosomes in plant cell; ribosomes structure
The cellular machinery responsible for assembling proteins, known as ribosomes, are synthesized in the nucleus (plural, nuclei), which also houses the genetic material, or DNA, of the cell.
The majority of ribosomes are found dispersed freely throughout the cytoplasm and bound to the nuclear envelope and endoplasmic reticulum, respectively. The process of making proteins in a cell takes place at an intercellular structure called a ribosome, which is made of both RNA and protein. Proteins obtained from the ER are further processed and sorted in the Golgi apparatus, or Golgi complex, where they are eventually transported to lysosomes, the plasma membrane, or secretion. The region where proteins are made is located in the ribosomal large subunit, which is known as the 60S in plant cells.The process of making proteins in a cell takes place at an intercellular structure called a ribosome, which is formed of both RNA and protein. The messenger RNA (mRNA) sequence is read by the ribosome, which then translates the genetic code into a specific string of amino acids that develop into extended chains and fold to form proteins.
Hence, ribosome is important cellular organelle.
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Say there is a thermometer on a plate in the models in the picture. Which plate would be the hottest?HURRY HELPPPPPP
If there is a thermometer on a plate in the models in the picture then the plate which would be the hottest is plate A.
What is Temperature?This is referred to as the degree of hotness or coldness of a substance or object and it is influenced by thermal energy. It is measured using the instrument known as thermometer and the S.I unit is Kelvin.
The plate which will be the hottest is plate A as a result of it having area which is the closest to the sunlight and is therefore the reason why option A was chosen as the correct choice.
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morning commuter traffic in cities contributes toindustrial smog. in this type of air pollution, a mixing ofnitrous oxide from certain plants, nitrogen oxides from cars, and uv radiation from the sun results in a variety of pollutants, such as ground-level ozone, which can cause coughing and breathing problems.
Cities' morning commuter traffic causes photochemical smog.
When certain plants' hydrocarbons, automobiles' nitrogen oxides, and the sun's UV rays interact, they produce a range of pollutants, including ground-level ozone, which can impair breathing and induce coughing.
The photochemical interaction of hydrocarbon and nitrogen oxides in the lower atmosphere, which mostly relies on sunshine, results in photochemical smogs. Ozone gas is created when a hydrocarbon reacts with nitrogen oxide in the presence of light, although nitrogen oxide can also react with sunlight on its own to create nitrogen dioxide. Smog is created as a result of this.
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