How do diabetes affect the Nervous System, Eyes and Kidneys?
Answers
Diabetes cause neuropathy, retinopathy and nephropathy which are abnormalities of nervous system, eyes and kidney respectively.
The blood vessel clusters in your kidneys that filter waste from your blood can get damaged if diabetes is not well managed. High blood pressure and renal damage may result from this. By putting more strain on the kidneys' sensitive filtering system, high blood pressure can exacerbate existing kidney disease.
One in two patients with type 2 diabetes have already suffered eye, renal, or cardiac problems. If they experienced issues with blood sugar regulation prior to being diagnosed, the damage is more likely. Because blood sugar levels are not properly managed in diabetes, blood vessels become damaged.
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Related Questions
Show , through both pictures and labeled arrows, how you organism he carbon cycle . My organism is great white shark
Answers
This is a simplified diagram of the carbon cycle, as it also involves water bodies and decomposer organisms that are not found in this case.
First, we have the carbon sources, these involve living organisms that through respiration, waste production, and decomposition expel CO2 into the environment. This includes terrestrial, marine, and even plant organisms that expel CO2 when they breathe.
Another source of carbon is manufacturing, human activities, and natural disasters such as volcanic eruptions. All these factors together promote the production of CO2 and release it into the environment.
To close the cycle, plant organisms take carbon from the environment (CO2) and through photosynthesis use it to produce sugars that can be consumed by the organisms again.
The white shark would be in the middle of the image along with the other organisms.
2. Suppose you mate a black rooster with a
white hen. The feathers of all the offspring
are black. Explain the inheritance pattern in
these chickens. Draw all possible Punnett
Squares.
Answers
Answer:
Black feathers in an autosomal dominant trait
White feathers in an autosomal recessive trait
Punnet squares are in the image
A sperm cell of a hyena has 20 chromosomes. What is the total number of chromosomes that should be present in the hyena ?
Answers
Answer:
If the sperm cell has 20 chromosomes there should be 10 in the the offspring
Is Brewer's yeast a type of bacteria
Answers
Explanation:
Brewer's yeast is an ingredient used in the production of beer and bread. It is made from Saccharomyces cerevisiae, a one-celled fungus. ... Brewer's yeast is considered a probiotic and is used to aid digestion.
Answer:
Well Brewers Yeast is actually a Probiotic, and well a bacteria as well,
but its a good bacteria.
Explanation:
When water is cooled, it becomes more dense and sinks to the bottom of the water column. The displaced water is them replaced with ___________.
more cold water from the North and south pole
warm water moving in from the equator
water that is roughly the same temperature as the displaced water
water from volcanic vents
Answers
B) warm water moving in from the equator
What does the distance between each line on a phylogenetic tree mean?
Answers
The distance between each line on a phylogenetic tree represents the amount of evolutionary change that has occurred between the species or taxa being compared.
The longer the distance between two branches or nodes, the more genetic and morphological differences there are between the species or groups. On a phylogenetic tree, the branching pattern represents the evolutionary relationships among the organisms, with closely related organisms grouped together on the same branch or clade. The distance between the tips of the branches represents the degree of genetic divergence between those taxa and can be used to estimate the timing of evolutionary events and the rate of molecular evolution. Overall, the distance on a phylogenetic tree provides a visual representation of the evolutionary history and relationships among different species or groups.
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what prevents coral reefs from surviving below the euphotic zone? group of answer choices high water density high pressure inadequate sunlight saline water damage from storms
Answers
Inadequate sunlight prevents coral reefs from surviving below the euphotic zone.
The majority of coral reefs are found nearby in shallow water. Due of this, they are particularly susceptible to the negative consequences of human activity, both directly via the exploitation of reef resources and indirectly through the effects of nearby human activities on land and in the coastal zone. The social, cultural, and economic fabric of local coastal communities is intricately intertwined with many of the human activities that harm coral reefs.
Numerous local risks to coral reefs exist, such as:
Physical harm or devastation caused by recreational overuse, coastal development, dredging, quarrying, harmful fishing methods and equipment, boat anchors and groundings, etc (touching or removing corals).
Land-based pollution that makes its way into coastal waterways There are several pollution kinds and sources from land-based activities.
1.sedimentation
2. Nutrients
3. pathogen
4. Toxic substances
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Which of the following represents types of aquatic mammals from most aquatic to least aquatic?
Answers
Answer:
I would say polar beats
Explanation:
As polar bears actually don't have to get in water..
Not sure ok sorry
Explain how a mutation that changes the amino acid sequence of the protein hemoglobin affects the protein and results in sickle cell anemia.
Answers
Answer:
sickle cell anemia is caused by a mutation in the hemoglobin beta (or HBB) gene and it leads to a single change in amino acid sequence. this gene is located on chromosome 19
Explanation:
match the following: - a neurotransmitter released at motor end plates by the axon terminals. - breaks down ach into its building blocks, rendering it inactive.
Answers
The neurotransmitter released at motor end plates by the axon terminals is acetylcholine (ACh).
The neurotransmitter released at motor end plates by the axon terminals is acetylcholine (ACh). ACh is a crucial neurotransmitter that plays a role in the contraction of muscles. It is released from the axon terminals of motor neurons and binds to receptors on the muscle fibers, leading to muscle contraction. On the other hand, the enzyme that breaks down ACh into its building blocks, rendering it inactive is acetylcholinesterase (AChE). AChE is located on the postsynaptic membrane and works to break down the ACh molecules that are released into the synaptic cleft, preventing excessive stimulation of the muscle fibers. Therefore, AChE plays an important role in regulating muscle contraction. In summary, ACh is released at the axon terminals, while AChE breaks it down at the postsynaptic membrane, rendering it inactive.
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Microspheres could not be considered true cells unless they had the characteristics of living things, including a. Intelligence. B. Nuclei. C. Enzymes. D. Heredity.
Answers
Answer:
D
Explanation:
The correct answer would be heredity.
Heredity is one of the major attributes of living organisms. It is a biological process that involves the transfer of traits or genetic characteristics from one generation to another. WIthout heredity, living organisms will not be able to pass attributes to their offspring and the latter will have no connection to the former generations whatsoever.
Correct option: D
Please can you help me with this?? I’ll mark you brianlist!!
Answers
Answer:
Reproductive because it is an organism
Explanation:
which if the following describes a phenotype a.Gg b. homozygous c.green d. heterozygous
Answers
The option c. green describes a phenotype.
Phenotypes refers to the outer appearance as a result of the expression produced by the genotype. The terms homozygous, heterozygous and Gg are used to describe the genotype.
Homozygous refers to a condition having the same alleles of a gene as genotype. For example - tt for dwarf and TT for tall .
Heterozygous refers to a condition having two different alleles of a gene in the genotype. For example - Tt for hybrid tall , etc.
Gg is a genotype in heterozygous condition.
A phenotype refers to physical appearance while genotype refers to the genetic makeup.
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the evolutionary relationship among organisms is known as
Answers
Answer:
the evolutionary relationship among organisms is known as phylogeny
n the picture below, what are biotic factors?
Answers
how do the inputs of MATTER become the outputs of MATTER in cellular
respiration?
Answers
Answer: The inputs, or reactants, of cellular respiration are glucose and oxygen. The outputs, or products, of cellular respiration are water, carbon dioxide
What is the smallest unit of organization
Answers
Answer:
cells
Explanation:
Studies if homeobox genes (HOX Genes) are found in organisms as far back as 60 million years. What kind of evidence for evolution is this called?
Answers
This type of evidence for evolution, where homeobox genes (HOX genes) are found in organisms dating back 60 million years, is called molecular evidence. Molecular evidence, such as the presence of conserved HOX genes, supports the idea that various organisms share a common evolutionary ancestor. These genes play crucial roles in body plan development, further highlighting the fundamental similarities in the organization and development of diverse species throughout evolution.
The evidence for evolution that studies of homeobox genes (HOX Genes) in organisms as far back as 60 million years provide is called molecular evidence. HOX genes play a crucial role in the development of the body plan in animals, and the fact that they are conserved across such a wide range of organisms suggests that they have been under strong selective pressure to remain functional. This provides strong evidence that all organisms share a common ancestry and have evolved over time through the process of natural selection. Such molecular evidence, along with other forms of evidence such as fossil records and comparative anatomy, help scientists understand the patterns and mechanisms of evolution.
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Which term describes a coupled transporter that moves both solutes in the same direction across a membrane?
Answers
The term Symport describes a coupled transporter that moves both solutes in the same direction across a membrane.
What is Symport?
Symport is a sort of transport in which two different molecules can pass across a membrane in the same direction by utilizing a similar carrier mechanism.
The transporter is referred to as a symporter and it functions in the cell membrane by simultaneously moving several molecules across the membrane.
One illustration is the transport of glucose up its concentration gradient with the assistance of the energy from the movement of sodium ions down its concentration gradient.
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What is respiration and the types of respiration
Answers
Answer:
Hey mate......
Explanation:
This is ur answer.....
Respiration is the process by taking in oxygen and liberating carbon dioxide from the oxidation of complex organic substances.
Three types of respiration include internal, external, and cellular respiration. External respiration is the breathing process. It involves inhalation and exhalation of gases. Internal respiration involves gas exchange between the blood and body cells....
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the opposing surfaces of bones that are connected via synovial joints are covered with a thin layer of ____________ .
Answers
Most articulating bones are covered with thin layers of articular cartilage.
Articulating bones are connected via synovial joints. This means that the articulating extremity of each bone will be contained in a synovial capsule. This capsule will contain a fluid necessary for healthy and mobile articulations, commonly referred to as synovial fluid.
The opposing surfaces of bones that are connected in this way contain a thin layer of articular cartilage. This cartilage, along with the presence of synovial fluid, allows bones to move smoothly along one another and prevents harm to the actual bone tissue.
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Thinking about Making New Cells
New cells are made every second. Select every example that would involve new cells being made.
an egg being fertilized by a sperm and developing into a zygote
a child growing
a bacterial cell reproducing
a pollen grain landing on a plant ovule that will develop into a seed
a burned area of skin healing
Answers
An example which shows that new cells are being made include the following below:
An egg being fertilized by a sperm and developing into a zygote.A child growing.A pollen grain landing on a plant ovule that will develop into a seed.What is a Cell?This is referred to as the simplest unit of life and undergoes division on the form of meiosis and mitosis to produce new cells.
An egg being fertilized by a sperm and developing into a zygote and a child growing requires the production of new cells and the cell division involved are meiosis and mitosis respectively.
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In a controlled experiment, how many variables are changed/
manipulated
from the control group to form the experimental group?
A) no variables are changed
b) only one
c) two or more
d) all variables
Answers
Explanation:
Which of these should be creative to help scientist make reliable conclusions
Answers
Which is an example of an idiosyncratic reaction?
a. Nausea after taking an antibiotic agent
b. Excitement and agitation after taking a sedative
c. Increased clotting time after taking heparin
d. Sedation after taking a sleeping pill
Answers
Answer ; A
Idiosyncratic reactions are unpredictable and not explained by the pharmacologic properties of the drug. An example is the individual with infectious mononucleosis who develops a rash when given ampicillin.
Definition. Idiosyncratic drug reactions are adverse drug reactions that do not occur in most patients at any dose and do not involve the known pharmacological properties of the drug.
hope this helpIn the U.S., teenagers are considered adults when they reach the age of 18. At 18, they are allowed to serve in the military, they are allowed to sign legal contracts (like apartment, house, and car leases), and they are allowed to vote. All of these activities are important; however, one of the most important is left out. The driving age in many states is 16. Is driving less important than serving in the military? Federal law should require that teenagers should not be allowed to drive until they are 18.
One reason that the driving age should be raised to 18 is because 16-year-olds have a different set of responsibilities than 18-year-olds. For example, many 16-year-olds have only just entered high school. Some high schools offer early graduation for students who do well academically. This should be their first priority—school. Many high school kids are too distracted by the thought of a driver's license to study. This shows the type of drivers they will be—distracted. Do people really want a 16-year-old who can't even concentrate on studying distracted and behind the wheel of a two-ton car? A 2005 study of cell phone users shows that many use their cell phones while they drive.
Another reason the driving age should be raised is because it will make kids more responsible. By the age of 18, many students are starting to grow into adults. Many have jobs. Many will graduate. Many will start to plan for college. This is exactly what it is like to be an adult—having responsibility. A teenager turning 18 will be more likely to take his or her driving habits seriously because it would be one of many other adult responsibilities they would have.
Finally, at the age of 18, the government can hold teenagers accountable as adults. This would make things safer for all drivers. Teenagers behind the wheel of a car cause more accidents than adult drivers. Each year, S.U.V.s are involved in more accidents than regular cars. In an accident where someone is injured, the person responsible for the accident can be punished by the government. This isn't the case if the person responsible is 16. Laws apply differently to adults than they do to teens. Many times, the parents are responsible. If a driver had to wait until he or she were 18 to drive, he or she would be the only person to blame in an accident. This means that the 18-year-old would be punished by the same law that punishes adults. The same driver at 16 would not be held to the same punishment since he or she is considered underage. This is clearly not fair.
8
Which sentence supports the idea that teenagers behind the wheel of a car cause more accidents than adult drivers?
A.
For example, the U.S. Department of Transportation says that in 2004 60% of the accidents in the U.S. involved drivers younger than 18.
B.
An 18 year old is considered an adult; however, in many states, this does not mean he or she can drink legally since that legal age is 21.
C.
For example, if an 18-year-old had the choice, he or she would rather drive faster than slower when on the freeway.
D.
The demands of being a teenager, going to school, getting good grades, finding one's self, and planning out the future are stressful.
Answers
Answer:
A
Explanation:
it's the only answer that focuses on teenagers causing more crashes then adults
what is the role of precipitation in the water cycle
Answers
Answer:
Precipitation is water released from clouds in the form of rain, freezing rain, sleet , snow, or hail. It is the primary connection in the water cycle that provides for the delivery of atmospheric water to the Earth. Most precipitation falls as rain. How do raindrops form?
Explanation:
Answer:
Precipitation is water released from clouds in the form of rain, freezing rain, sleet, snow, or hail. It is the primary connection in the water cycle that provides for the delivery of atmospheric water to the Earth. Although, most precipitation falls as rain.
NEED HELP ASAP AND WILL GIVE BRAINLIEST, 3 DRAWINGS NEEDED FOR FINAL PROJECT THAT IS DUE VERY SOON
Draw 3 attractions based on biology topics. (attractions could be rides, shows, or interactive exhibits). Sketch a picture representing the ride/attraction, and very briefly explain the ride or attraction and how it relates to a biology topic.
Answers
Answer:
I can provide descriptions of three attractions based on biology topics along with a brief explanation of each attraction. Here they are:
DNA Coaster:
This attraction is a thrilling roller coaster ride that takes visitors on a journey through the structure and function of DNA. The roller coaster tracks are designed to mimic the double helix shape of DNA, and riders experience twists, turns, and loops that represent the various components and processes involved in DNA replication, transcription, and translation. Along the ride, interactive displays and visuals provide information about DNA's role in genetics and inheritance.
Evolution Theater:
The Evolution Theater is a dynamic and immersive show that showcases the process of evolution and its impact on life forms over millions of years. Through a combination of live actors, animatronics, and multimedia presentations, visitors are transported through different geological eras and witness the gradual changes and adaptations in organisms. The show highlights key concepts of natural selection, adaptation, and the diversity of species, emphasizing the interconnectedness and continuous evolution of life on Earth.
Microbe Discovery Lab:
In the Microbe Discovery Lab, visitors get the opportunity to explore the fascinating world of microorganisms through interactive exhibits and hands-on activities. The lab provides microscopes and specimens for visitors to observe and study different types of bacteria, fungi, and other microscopic organisms. Experts guide visitors through the lab, explaining the role of microbes in various biological processes, such as digestion, immunity, and environmental recycling. This attraction promotes understanding and appreciation of the vital role microorganisms play in the natural world.
Please note that these descriptions are provided to give you an idea of possible attractions based on biology topics. You can make a sketch of the images I provided.
Explanation:
List five such bonds or interactions. Select the five correct answers. Select the five correct answers. coordination bond peptide bond metallic bond hydrophobic bond glycosidic bond hydrogen bond disulfide bond ionic bond phosphodiester bond.
Answers
Provided question is incomplete as proper information is not given, however, the complete question is as follows:
Several different kinds of bonds or interactions are involved in generating and maintaining the structure of proteins. List five such bonds or interactions.
Select the five correct answers.
Answer:
The correct answer is:
peptide bond
hydrogen bond
ionic bond
disulfide bond
hydrophobic bond
Explanation:
In protein structure their are different type of bonds present in between different atoms of amino acid to forming or maintaining the protein and its structure. These bonds are as follows:
Peptide bond: These bonds are present in all amino acids, joins monomers in primary structure
Hydrogen (not between R groups): these are bonds present in all amino acids, these bonds are responsible for the secondary structure .
Hydrophobic: leucine could be involved, These type of interactions are responsible for tertiary and Quaternary structure
Ionic: glutamate could be involved in such bond, these are also responsible for the tertiary and Quaternary structure
Disulfide: cysteine could be involved in such bonding, tertiary and Quaternary structure
What do you think caused people to accept the heliocentric model of the solar system?
Answers
Answer: The heliocentric model was generally rejected by the ancient philosophers for three main reasons: If the Earth is rotating about its axis, and orbiting around the Sun, then the Earth must be in motion. ... Hence, the Earth must be stationary.
Explanation: