Answer: Stimulate; inhibit
Explanation:
Hyperglycemia (high blood glucose levels) would cause the pancreas to STIMULATE insulin secretion, and hypoglycemia (low blood glucose levels) would cause the pancreas to INHIBIT insulin secretion.
Insulin is a hormone secreted by the pancreas and regulate blood sugar levels by
- signalling cells of the muscles and liver to store excess blood sugar during hyperglycemia, as GLYCOGEN.
In contrast, the pancreas inhibit insulin secretion during hypoglycemia, rather stimulates GLUCAGON to favor increased release of blood sugar to meet body needs.
In ______, a strong magnet is used to produce scans that allow scientists to distinguish among different types of soft tissue in the brain.
Answer:
Magnetic Resonance Imaging (MRI)
Explanation:
MRIs are scans created by using high-frequency radio waves that make it so that doctors can distinguish between different types of soft tissue in the brain.
The provider notes that the client's hemaglobin is 8.2g/dL. Which of the following supplements will the provider recommend to the client?
-Ferrous sulfate
-Magnesium oxide
-Potassium chloride
-Calcium carbonate
Answer:
Ferrous sulfate
Explanation:
Hemoglobin test is used to measure the levels of hemoglobin in the blood. Hemoglobin is a protein found in the Red blood cells and it helps in the transportation of oxygen to the lungs. Normal ranges are from 11g/dl and above and anything below shows some deficiency.
Ferrous sulfate is used to treat iron deficiencies anemia. Iron is essential since it helps build up the hemoglobin.
Since the above patient had below normal level of hemoglobin Ferrous Sulfate is the best recommendation.
Why do predictions by the European weather model sometimes differ from predictions made by the American weather model?
A. The two models assimilate data differently using different equations.
B. The two models use different types of data measurements. (My Answer.)
C. The two models are designed to model different types of weather.
D. The two models focus on different parts of the world.
Which of these is changed by the Milankovitch cycles?(1 point)
A the reflectivity of Earth
B the duration of seasons on Earth
C the amount of solar energy that reaches Earth
D the length of a year on Earth
B
The European weather model sometimes differ from predictions made by the American weather model because The two models use different types of data measurements
The amount of solar energy that reaches Earth is changed by the Milankovitch cycles
Explanation:
(I)
Remember that in the United States, they use different SI units as compared to Europe. For example, Europe uses degrees Celsius as a measure of temperature while the United States uses Fahrenheit. In addition, the United uses Pounds for weight measurements while Europe uses Kilograms and grams. The US uses miles while Europe uses kilometers. The United States uses yards while Europe uses meters.
The differences can cause a difference in the input and output measurement gotten from the models. However, the models are the same because the basic principles of weather across the world are the same.
(II)
Milankovitch cycles are differential changes in the earth as it revolves, around the sun, in its orbit. They explain the changes in the orbital eccentricity of the earth's orbit, the changes in the tilt of the earth (obliquity), axial and apsidal precessions. All these affect how the earth is oriented, in space, towards the sun. The orientation affect how the sun rays ‘hit’ the earth. Differences in how different places on earth receive the sunlight affect the climate of the regions. These changes occur very slowly, relative to our time, hence the changes also are hard to perceive except over decades and millennia.
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The European model differs from that of the weather model of America as they use different types of data. In the Milankovitch cycles, the duration of the seasons can be affected.
What is the American weather model ?The American weather model is also called the global weather forecast model and is given by national weather services.
The computing power to create the model needs to process 8 quadrillion colocations every second. The European model focuses on the medium range only.
The Milankovitch cycles are those that affect the changes n the earth's rotation and orbit conditions.
Find out more information about the weather model.
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Which of the following are examples of biotechnology? A. Beer and wine production checked B. Bioremediation unanswered C. Recombinant DNA technology unanswered D. Development of biofuels unanswered E. Biofilm production unanswered
Answer:
B. and C.
Explanation:
Based on the information provided within the question it can be said that the two answers that are modern examples of Biotechnology are Bioremediation and Recombinant DNA technology. This is because Biotechnology refers to using living organisms or their products in order to solve a problem for human benefit. Which both of these manage to do just that.
Recombinant DNA technology (option C), biofuel production (option D), and bioremediation (option B) are examples of biotechnology.
Explanation:Biotechnology refers to the use of biological processes, organisms, or systems to develop or create useful products or technologies. Three examples of biotechnology include recombinant DNA technology which involves combining DNA from different sources to form a new DNA sequence. It is used to produce genetically modified organisms or create valuable proteins, such as insulin. Biofuel production involves using biological materials, such as crops or algae, to produce fuels like ethanol or biodiesel through fermentation or biochemical processes. Bioremediation uses microorganisms to break down or remove pollutants from the environment, helping in the cleanup of pollution.
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How can organisms be so unique if the nucleotides making up dna are all the same between organisms?
Answer:
All organisms are made up of the four nucleotide bases of the DNA. Yet still all organisms are different from one another due to the sequence of the arrangement of these nucleotides. The pattern of arrangement of the nucleotides determines which organisms will be more similar and which will be more different from one another. The pattern of arrangement leads to the formation of genetic code which will differ in organisms. Hence, all organisms are made of the 4 nucleotides but differ due to the pattern of arrangement of the nucleotides.
Three living species X, Y, and Z share a common ancestor T, as do extinct species U and V. A grouping that consists of species T, X, Y, and Z (but NOT U or V) makes up __________.
Final answer:
A grouping that consists of species T, X, Y, and Z, but not species U or V, is known as a monophyletic group or a clade, which includes an ancestor and all of its descendants as depicted on a phylogenetic tree.
Explanation:
A grouping that consists of species T, X, Y, and Z (but NOT U or V) makes up a monophyletic group, also known as a clade. This is because this group includes an ancestor (species T) and all of its descendants (species X, Y, and Z) and thus represents a single branch on the phylogenetic tree. Monophyletic groups are fundamental to understanding the evolutionary relationships between organisms, as they reflect a common evolutionary heritage and shared characteristics that are inherited from a common ancestor.
Within the context of evolution and phylogenetics, a phylogenetic tree is a diagram that shows how species are related to each other through common ancestors, displaying the inferred evolutionary relationships. The Linnaean system of classification organizes species into hierarchical groupings based on shared characteristics and phylogenetic relationships. A clade is a specific type of grouping in this system that is based on cladistics methodology, which compares traits in related species to determine ancestor-descendant relationships.
In the chart below, identify the structures that will develop in each whorl in the mutant flowers. (the structures in wild-type flowers and one mutant have already been filled in for you.) drag the labels to their appropriate locations in the chart. labels can be used once, more than once, or not at all.
Question does not have chart in it. So i have added the full chart with answers. See attachment.
Answer:
a. sepal
b. sepal
c. sepal
d. petal
e. carpel
f. petal
g. carpel
h. sepal
Bacteria reproduce ______ through cell fission. However, in another process, a tube of cytoplasm can temporarily connect two bacterial cells. Some DNA passes through this tube. Like ______ reproduction, this process causes genetic variation. However, it does not produce offspring.
Answer:
1. Asexually
2. Sexual
Explanation:
Asexual reproduction in bacteria occurs through the process of cell fission. For instance, binary fission includes replication of bacterial DNA followed by inward folding of the plasma membrane to divide the parent bacterial cell into two daughter cells.
Bacterial also exhibits genetic recombination. Conjugation is one method of genetic recombination in bacteria in which a conjugation tube is formed between two bacterial cells. Bacteria exchange genetic segments through the tube. It results in the production of genetic variations in the recipient bacteria like that of sexual reproduction.
However, the process of genetic recombination in bacteria does not produce progeny as the sexual reproduction does.
Describe the Phenotypes and Genotypes of the Rabbits
Answer:
The answer to your question is
a) BB and bb
b) 100% black
Explanation:
From the information given, we know that black rabbits are dominants and white rabbits are recessives.
a) We know that all the offspring is heterozygous so, the parents must be homozygous.
BB x bb
Punnett Square
b b
B Bb Bb ⇒ Offspring
B Bb Bb
Genotype of the parents= BB and bb
b) Phenotypes percents for the offspring = 100 % black
A student is looking at a bacterial specimen using the oil immersion lens, but has forgotten to put immersion oil on the slide. The specimen will appear:__________A) smaller than it would if immersion oil was used.B) larger than it would if immersion oil was used.C) somewhat fuzzy and have poor resolution.D) the same as it would if the immersion oil was used.E) to have no color.
Forgetting to use immersion oil when observing a bacterial specimen using an oil immersion lens would likely result in a blurry image with poor resolution, as the oil aids in the transmission of light for improved image resolution.
Explanation:If a student is looking at a bacterial specimen using the oil immersion lens and forgets to use immersion oil on the slide, the specimen is likely to appear somewhat fuzzy and have poor resolution (option C). The use of immersion oil is necessary when using the oil immersion lens because it helps to increase the resolution of the image. As light passes from the slide to the lens, some of it is lost when it hits the air. This loss of light reduces the resolution of the image. However, because immersion oil has the same refractive index as the glass slide and lens, the use of the oil prevents loss of light, thus improving the resolution of the image and the overall clarity of the bacterial specimen.
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Without immersion oil on the slide, the image of a bacterial specimen viewed using an oil immersion lens appears fuzzy and lacks good resolution. This is due to light scattering, as immersion oil is meant to minimize this by matching the refractive index of the glass slide and the lens.
Explanation:If a student is looking at a bacterial specimen using the oil immersion lens and forgets to put immersion oil on the slide, the specimen will appear somewhat fuzzy and have poor resolution. The purpose of the immersion oil is to minimize the scattering of light, as it passes through the air above the slide, by matching the refractive indices of the glass slide and the oil immersion lens. This increases the resolution or ability of the microscope to distinguish two adjacent structures as separate. Thus, the absence of immersion oil leads to light scattering, degrading the resolution and clarity of the image.
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When individuals of the same species are reproductively isolated, genetic differences may accumulate in sufficient number so that new species could emerge. Such an event would be an example of:______.a. micro-evolution. b. equilibrium.c. the founder effect. d. macroevolution.
Answer:
Such an event would be an example of the founder effect.
Explanation:
Genetic drift is an evolutionary mechanism in which the allelic frequencies in a population change through many generations. Its effects are harder in a small-sized population.
Genetic drift results in some alleles loss, even those that are beneficial for the population, and the fixation of some other alleles by an increase in their frequencies. The final consequence is to randomly attach one of the alleles.
Genetic drift has important effects on a population when this last one reduces its size dramatically because of a disaster -bottleneck effect- or because of a population split -founder effect-.
The founder effect is a special case of genetic drift. The new population derives from a small number of founder individuals coming from a bigger ancestral population, that established in a new environment. This subgroup carries with them some genetic information that they share with their original population. Over time, some genes can be lost or they can increase in frequency. This might cause reduced genetic variability and enhance the possibilities of a peculiar allelic composition. The new population can be very different from the original one, not only in their genotypes but also in their phenotypes. In some cases, these differences can lead to speciation.
Recombinant DNA technology requires not only getting the DNA into the cell, but also getting it to replicate appropriately. In this process, the specificity of which enzyme can present a challenge?
Answer:
Endonuclease
Explanation:
Many Endonucleases have been identified and isolated. However, each Endonuclease or restriction enzyme is very specific to a particular short DNA sequence called restriction site.
A researcher is culturing cells that require oxygen to live in an incubator where the gas levels are carefully regulated. If the researcher observes that the pO2 in the incubator is 200 mmHg, what can the researcher deduce about the pO2 of her cells?
Answer:
He can deduce that The pO2 of her cells is less than or equal to 200 mmHg.
Explanation:
Partial pressure of oxygen(pO2) measures the amount of gaseous oxygen dissolved in the blood. It purposes to measure the effectiveness of the lungs in pulling oxygen from the atmosphere to the lungs.
In the incubator where the gases levels are carefully regulated, a pO2 of 200mmHg on the incubator deduces that the pO2 of her cells is equal or less than 200mmHg.
In addition to splicing, additional modifications at the 5' and 3' end are required to generate a mature mRNA. What is the significance of these modifications?
Answer:tailing at 3' end protects mRNA from attack by 3' exonuclease and 5' capping is useful for recognition of mRNA
Explanation:
The mRNA formed and released from the DNA template is known as primary transcript. In mammalian system, it undergoes intensive modification to become the mature mRNA.
Post transcription processing includes removal of Introns, splicing of exons, poly-A tailing at 3'end and capping at 5' end.
The Poly-A tailing at 3' end occurs in the nucleoplasm, the 3' end is polyadenlated involves with 20-250 nucleotides long. This tail protects mRNA from attack by 3' exonuclease activity
5' end capping end also is done in the nucleus. The cap is useful in recognition of mRNA by the translating machinery.
The nematode Ascaris lumbricoides infects humans, spending most of its adult life inside the intestines of its host. To be infected, a person must ________________.
Answer:to be infected,a person must ingest food contaminated with it's egg
Explanation: Ascaris lumbricoides is a parasitic roundworm found in the intestine.It causes Ascariasis.
It is a round enlongated worm which move by contracting it's muscles.
They live in the intestine of their host and sucking in food which they digest.they are able to survive in a region that has low oxygen.
When they are mature,the male and female mate and discharge the eggs in the intestine of the host.these eggs are then expelled along with the host's faeces.
When another host ingest the eggs by food contaminated by it,the larva is released from the egg and continues it's life in the intestine of it's host.it develops into an adult,mates and the cycle repeats itself.
A scientist claimed that hemophilia is caused by a functional deficiency in Factor VIII. The evidence in the passage that would best support this claim is that Factor VIII is:
A.a soluble blood protein.B.produced by a gene on the X chromosome.C.able to relieve hemophilia symptoms.D.encoded by a gene that contains introns.
The best evidence that hemophilia is caused by a deficiency in Factor VIII is that c) Factor VIII is able to relieve hemophilia symptoms. This directly suggests that the absence of functional Factor VIII is the root cause of the disorder.
The best evidence in the passage supporting the claim that hemophilia is caused by a functional deficiency in Factor VIII is that c) Factor VIII is able to relieve hemophilia symptoms. This means that patients treated with Factor VIII can see an improvement in their condition, which directly suggests that a lack of functional Factor VIII causes hemophilia.
A. Factor VIII is a soluble blood protein - While this is true, it does not directly support the claim that a deficiency in Factor VIII causes hemophilia.B. Factor VIII is produced by a gene on the X chromosome - This statement explains the genetic inheritance of the disorder but does not directly link the deficiency to hemophilia symptoms.C. Factor VIII is able to relieve hemophilia symptoms - This is the correct answer. If administering Factor VIII improves symptoms, it demonstrates that its deficiency is the underlying cause of hemophilia.D. Factor VIII is encoded by a gene that contains introns - This is a factual statement about the gene’s structure but does not provide evidence linking the deficiency to the disease's symptoms.In the process of carbon fixation, RuBP attaches a CO2 to produce a six-carbon molecule, which is then split to produce two molecules of 3-phosphoglycerate. After phosphorylation and reduction produces glyceraldehyde 3-phosphate (G3P), what more needs to happen to complete the Calvin cycle?
Answer:
The 3GP is reduced to 2 molecules of 3 carbon compounds called TRIOSE PHOSPAHATE (TP) This reaction involves the supply of ATP and Co enzymes NADPH.
Most of the compound TP, is converted to regenerate ribulose biphospate,(RuBP) a compound for fixing C02,The reaction involved ATP. The remaining amount of TP condense to Hexose Phosphate used to produce glucose, cellulose, fatty acids amino acids .
Since there is continuous supply of RuBP;with enzyme RUBISCO and oxygen the Calvin Cycle continues.
Explanation:
Each nucleotide in DNA and RNA has an aromatic base. What is the principal force that keeps the bases in a nucleic polymer from interacting with water?
Answer:The helix structure Of DNA helps prevent it from been expose and also the sugar and phoshate group that are important components of nucleotides forms a backbone on the helix structure or the polynucleotide this back bone is hydrophobic i.e water loving hence wouldn't allow for penetration for water.
2. Hydrogen bond is formed between this bases to keep them in place.
Explanation:
Ecology is the study of a) plants and animals b) organisms and their environment c) relationship between organisms and their environment d) relationship between plants and animals
Answer: The correct answer is: relationship between organisms and their environment
Explanation:
Ecology can simply be defined as a field of study which deals with the RELATIONSHIP of living organisms with one another and with the environment they live.
The shoot system of a beavertail cactus consists of broad paddle-like structures covered with clusters of spines. The spines are modified leaves, so the flat green paddles must be modified _____. (Concept 35.1)
roots
stems
leaves
buds
None of the listed responses is correct.
Answer:
stems
Explanation:
Stems are one of the vegetative parts of a flowering plant. Stems have nodes and internodes. One or more leaves are attached to the stem on nodes. In beavertail cactus, the leaves are modified into spines to prevent the loss of water. These modified leaves are present on a paddle-like structure. Since leaves are borne on nodes of the stem, the paddle-like structure of these plants represents their stem that bears the leaves.
A 14-year-old boy has been diagnosed with infectious mononucleosis. Which of the following pathophysiologic phenomenon is most responsible for his symptoms?
A) The Epstein-Barr virus (EBV) is lysing many of the boy's neutrophils.
B) Viruses are killing some of his B cells and becoming incorporated into the genomes of others.
C) The EBV inhibits the maturation of white cells within his peripheral lymph nodes.
D) The virus responsible for mononucleosis inhibits the maturation of myeloblasts into promyelocytes.
Answer:
B) Viruses are killing some of his B cells and becoming incorporated into the genomes of others.
Explanation:
Epstein-Barr virus causes infectious mononucleosis by following mechanism.
1) Epstein-Barr virus attaches to and infects epithelium of the throat where it replicates and causes pharyngitis.
2) Virions enter the lymphoid vessels and are carried to the lymph nodes. Some virions escape the lymphnode trap and are carried to the bloodstream.
3) Virions attach specifically to B lymphocytes and infect them, producing either latent infection or productive infection.
4)The infected B lymphocytes actively replicate and differentiate into cells producing random immunoglobulins.
5)T cells respond to infection and destroy the lymphocytes replicating EBV vitus.
6) Latently infected B lymphocytes become immortal. They are not attacked by T cells.
True/False: Both plant and animal-eating dinosaurs existed during the Jurassic
Period.
Answer:
true because dinosaurs that eat plants and others that eat meat was during the same period of time
A 2-year-old swallowed watch batteries. Following ingestion, kidney function was impaired, and the heart began to fail. Which of the following was the most likely cause?
A. Karyorrhexis.
B. Coagulative necrosis.
C. Ammonia accumulation.
D. Caseous necrosis.
Answer:
Coagulative necrosis
Explanation:
When cell death occurs due to ischemia or infarction then this is termed as Coagulative necrosis.During this type of necrosis, cell death occurs in a localized area due to lack of oxygen and other nutrients. When a two year old swallows watch batteries then these batteries becomes trapped in the digestive system and inside the digestive tract , the positive and negative terminals of the battery gets bridged by the mucosa leading to the production of the electrical current and increase in the pH of the mucosa.All these condition leads to coagulative necrosis due to which the kidney gets affected and heart failure occurs .Answer:
ammonia accumulation
Explanation:
In an individual with Aa BB Cc dd Ee alleles, assuming independent assortment, how many different gametes are possibIn an individual with Aa BB Cc dd Ee alleles, assuming independent assortment, how many different gametes are possible?
Answer: Eight (8) different kinds of gametes can be produced by an individual with the genotype AaBBCcddEe.
Explanation: The total number of gamete that can formed from a given genotype is given as 2^n, where n is the number of heterozygous loci.
For genotype AaBBCcddEe, the number of heterozygous loci is 3 (Aa Cc and Ee).
Therefore, 2^n = 2³ = 2 x 2 x 2 = 8
Which of the following statements is FALSE? a) Organisms are open systems as they can exchange both energy and materials with their environments. b) In an open system energy can be converted from one form to another. c) Energy can be transferred between a system and the surroundings. d) Organisms are open systems as they can create energy from their environments.
Answer:
d) Organisms are open systems as they can create energy from their environments. The first law of thermodynamics states that energy can not be created or destroyed, it can be only changed or transferred from one form to another, like radiant energy to heat, motion energy to electrical, chemical to mechaqnical energy, among other examples. This law is also called: the law of conservation of energy.
Explanation:
Some species form social groups only with members of the same gender. For example, elephants form groups with only females and their offspring. Once the male offspring reach a certain age, they leave the group and become solitary.
Which is a benefit of this type of social group structure?
A:Females do not have to compete for a mate.
B:Male offspring can belong to more than one social group.
C:Adult males can mate with females in several different social groups.
D:Females are the only ones responsible for taking care of the offspring.
Answer:
When the females tend to form a solitary group, the adult males have an advantage of mating with females in different social groups thus enhancing on the productivity of the species.
Explanation:
When both the sexes of the species tend to make a group, the males and the females of the group have to mate with the members of that particular group and hence the males have restricted mating options which reduce the size of the herd. When the females have a separate social group, the males can mate with the members of different groups and raise the herd size in a short period of time. This helps in the increase in the population size and also helps in avoiding inbreeding depression which happens among small grouped animals.
Elephants have a complex social structure and are organized around a system of herds composed of females and their calves.
The males after a certain age leave the group because adult males can mate with females in several different social groups.
The benefits of this type of social group are:
Males and females of the group have to mate with the member of a certain group, which reduces the restricted mating options and the size of the herd. The females when making a separate social group, males can mate with the members of different herds and raise the size of herds.This type of social structure helps in increasing population size and avoids inbreeding depression.
Thus, the correct answer is Option C.
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______________ sources of water pollution are relatively easy to monitor and regulate while __________ sources of water pollution are difficult to monitor and cleanup.A. Domestic; industrialB. Primary; tertiary pollutantC. Nonpoint; pointD. Tertiary pollutant; primary
Answer:C. Point, nonpoint
Explanation:
Point source of water pollution originate from a single source and the source of origin can be determined. Industrial and sewage drainage systems are the examples of point source pollutants. The source of pollutant is easy to detect and monitor.
Non-point source of water pollution the source of pollution remains undetermined. The pollutants may enter in water body through multiple sources. Hence, it is difficult to track back the source of single pollutant. Thus non-point source pollution cannot be clean and monitored.
Apparently, mating outside of monogamous pairings is widespread in species 2. What would be the logical prediction to make before comparing the testes size of males of the two species?
Answer:
There is no relationship between the observation and the size of testes.
Explanation:
There is no relationship between the observation and the size of testes.
A group of students are reviewing the common conditions associated with the upper respiratory tract. The students demonstrate understanding of the material when they identify what as a response to a specific antigen?
Answer:
Seasonal rhinitis
Explanation:
The seasonal allergic rhinitis refers to an inflammatory condition of the upper respiratory tract or upper airways especially nose caused by the exposure to the airborne allergens or harmless antigens like the pollens.
The seasonal rhinitis is usually observed during the fall season and spring when the pollens acts as an allergen and causes the itchy eyes, sneezing and runny nose.
The allergy is caused when the body produces a chemokine called histamine against the allergen and causes an inflammatory response.
Thus, Seasonal rhinitis is the correct answer.
What is the term for a condition whereby small amounts of urine leak from a bladder that is always full as a result of a spinal cord injury or medications?
Answer:
Overflow incontinence
Explanation:
Overflow incontinence is due to the leakage of small amounts of urine out of a bladder that is perpetually full. Diabetes and spinal cord injuries may trigger this kind of incontinence.
A spinal cord injury may disrupt interactions among the nerves in the spinal cord that regulates bladder and bowel function and the brain, which leads to incontinence.
This type of inconsistency results from Injury to the spinal cord at T10-L2 causing an overactive bladder.