The following are statements that are true about mitochondrial protein synthesized in the cystol.
Proteins cross both the inner and outer mitochondrial membranes as they are importedChaperone proteins help draw the proteins inside the mitochondrion.Protein transport into mitochondria is powered in part by ATP hydrolysis.Mitochondrial protein.Mitochondrial is an organelles found in organisms which is refer to as the power house and help to produce energy for cells, for metabolic activities, cell proliferation and so on.
Mitochondrial proteins are normally encoded by nuclear genes and they are produced on cytosolic ribosomes and imported into mitochondria.
Mitochondrial Protein help to Import protein and Process the protein in Heart Disease. imported into mitochondria.
Therefore, The following are statements that are true about mitochondrial protein synthesized in the cystol.
Proteins cross both the inner and outer mitochondrial membranes as they are importedChaperone proteins help draw the proteins inside the mitochondrion.Protein transport into mitochondria is powered in part by ATP hydrolysis.Learn more about mitochondrial protein here.
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What general statement can you make about being a taster and non-taster relative to PTC and thiourea?
a
[tex]✏️ ANSWER [/tex]
A dominant genetic trait,
Is this cladogram the same as the molecular cladogram?
Yes, a cladogram is equal to a molecular cladogram constructed by using molecular data (DNA or protein sequences).
What is a cladogram?A cladogram is a particular diagram representing the evolutionary relationships between taxonomic groups.
A cladogram can be considered a molecular cladogram when it is constructed by using molecular data.
These molecular data can be the linear order of nucleotides in the DNA sequences or amino acids in protein sequences.
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Compare and contrast how are variations and adaptations similar? how are they different?
Adaptions are basically add-ons and/or updates while variations are like different types.
Because of their ability to rapidly divide during brain injury, which type of neuroglial cell would be more likely to form a brain tumor?.
Answer:
Astrocyte
Explanation:
What are three ways you can reduce your risk of contracting a bacterial disease?.
Answer:
This is a very broad question, here are some thoughts to guide you:
Proper personal hygeine.
Avoiding exposure to bacteria.
Proper care of open wounds.
Avoiding damage to skin and mucosal membranes.
Which molecular geometry, of an abn molecule, results in a polar molecule?.
Answer: Tetrahedral
Explanation:
Why do animals such as sparrows and deer experience less loss of genetic diversity due to fragmentation than for instance mice or salamanders
Answer:
Severe fragmentation is a typical fate of native remnant habitats in cities, and urban wildlife with limited dispersal ability are predicted to lose genetic variation in isolated urban patches. However, little information exists on the characteristics of urban green spaces required to conserve genetic variation. In this study, we examine whether isolation in New York City (NYC) parks results in genetic bottlenecks in white-footed mice (Peromyscus leucopus), and test the hypotheses that park size and time since isolation are associated with genetic variability using nonlinear regression and information-theoretic model selection. White-footed mice have previously been documented to exhibit male-biased dispersal, which may create disparities in genetic variation between males and females in urban parks. We use genotypes of 18 neutral microsatellite data and four different statistical tests to assess this prediction.
1. Introduction – this is where you explain to your audience why you are making this presentation/video/booklet. You will explain what it contains, as you would for an English essay, etc.
2. Explain coastal processes – erosion, transportation, deposition.
3. Explain two landforms – one erosion, one deposition – how they are formed and include an example(s) of where you can find this feature.
4. Explain the relationship between humans and the coast – how we benefit from the coast and how we can damage the coastline, and visa versa (e.g., coastal erosion, longshore drift that changes the shape)
5. Explain coastal management strategies and include a case study (an example) of a location where coastal management strategies have been put in place
6. Conclusion – as you would for your English essays.
Answer:
1.The processes of erosion, transportation and deposition occur as a result of differing wave and current energy,Where marine energy is high, disintegration, expulsion and transportation is bound to occur.
2.Erosion refers to the breaking down of the land by the force of waves. Transportation is the work of waves and tides in transferring this broken material somewhere else and deposition refers to the process by which waves and tides lose energy, cease to transport and release eroded material.
3.Erosional landforms include V-shaped valleys, interlocking spurs, waterfalls and gorges. Meanders and oxbow lakes are formed from erosion and deposition. Depositional landforms include floodplains.
4.The ‘blue economy’—a term that has emerged in the past decade—attempts to embrace the opportunities associated with the ocean, whilst recognising, accounting for and addressing the threats posed by such an economy. It is essentially the ocean equivalent of the ‘green economy’—a vision for a decarbonised, regenerative and more equitable economic system.
The ‘blue economy’ gained prominence at the 2012 UN Convention on Sustainable Development (UNCSD), or Rio+20 conference, when small island developing states began emphasising the importance of the ocean and marine economy in response to land-focused calls for a ‘green economy’
5.Coastlines are being eroded by waves and the weather.
Coastlines need to be managed because they are often used by humans for purposes such as housing.
To protect the coast from erosion, we can use hard engineering strategies (building man-made structures such as sea walls) and soft engineering strategies (using natural processes such as beach nourishment).
6.A conclusion is, in some ways, like your introduction. You restate your thesis and summarize your main points of evidence for the reader. You can usually do this in one paragraph. In the following example, the thesis statement is in bold. Notice that it is written in 2 sentences.
Explanation:
hope it help I think I got it so far
at the number 4 you can search this link to study that question more
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No links and no fake answers pls .What is the difference in power between a 60-watt lightbulb and a 100-watt light bulb?
Answer:
60-watt bulb produces 800 lumens of light 100-watt bulb produces 1,600 lumens of light.
100 watt bulb is used for 10 hours will consume 1000 wattsr. This is kilo watt hour unit of energy. since 60 watt bulb consumes less power its light out put will be also less.
Importance of oxygen cycle
Answer:
The Oxygen Cycle is an essential biogeochemical Cycle to maintain the concentration and level of Oxygen in the atmosphere. The Oxygen Cycle is one of the main reasons for the existence of life on earth. Without Oxygen, the biosphere could not exist.
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how is climate change affecting Miami's food production and agriculture
Answer:
It might be extremely hot which means it makes it harder for special crops to grow.
Explanation:
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She counts 8 worms and 15 pill bugs She sees a little bit of grass the worm makes up a
what is the rest of the question?
Snapdragons show incomplete dominance in their flowers. A pink snapdragon is crossed with a red snapdragon. What color(s) are the offspring
If there are 32 sister chromatids in a normal somatic cell, how many chromosomes are there?.
If there are 32 sister chromatids in a normal somatic cell, the number of chromosomes there are 16 chromosomes. Each chromosome contain of 2 sister chromatids.
How many chromosomes are in a sister chromatid?Each daughter cell will have half of the initial 46 chromosomes, or 23 chromosomes. Each chromosome contain of 2 sister chromatids.
The daughter cells drive in to the third and final stage of meiosis: meiosis II. At the end of meiosis I there are two haploid cells.
Thus, the number of chromosomes there are 16 chromosomes, as Each chromosome consists of 2 sister chromatids.
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Identify the cranial nerves associated with gastrointestinal tract motor output. a. facial
b. vagus
c. glossopharyngeal
d. hypoglossal
e. olfactory
f. trochlear
The cranial nerves which are associated with gastrointestinal tract motor output is vagas.
What nerves associated with gastrointestinal tract motor?The parasympathetic system exerts its effects primarily through the vagus and pelvic nerves that comprise of lower large intestine, rectum, and anus. The vagus nerve regulates tone and volume by activating the enteric motor neurons.
So we can conclude that the cranial nerves which are associated with gastrointestinal tract motor output is vagas.
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explain how natural selecin oacting on allele frequencies of a gene that controls body coloraiton can result in populations of 3 different species
Answer:
Answer below
Explanation:
Well when natural selection occurs, genes that don't benefit the speicies, or more accurately, harm it by ruining camoflague. Natural selection can result in one creature evolving into 3 different species when those creatures get put into different environments that promote genetic mutations that help them survive. After a long while of genetic mutations coming and going to adapt to their environment, those three members of the species are no longer the same species because they've all adapted to different environments.
IMPORTANT!!!!!!
Without land regulations to protect rainforests, land continues to be destroyed using slash and burn methods. Which global need is increasing the rates of rainforest deforestation?
Local farmers need for new land
Global demand for natural gas
Country's demand for precious metals
Demand for palm oil from other countries
Answer: Local farmers need for new land
Explanation Forests are cut down to clear land for agriculture, livestock grazing, and settlement; for timber; to produce charcoal; and to establish tree plantations.
Deforestation occurs across all forest types, but is concentrated in the tropics and boreal regions. Temperate regions are experiencing a net increase in forest cover due to natural regeneration.
While deforestation produces food, fiber, and fuel, it can also pose risks to climate, biodiversity, and food security by degrading the ecosystem services normally afforded by healthy and productive forests.
The global need that is increasing the rates of rainforest deforestation is demand for natural gas. The correct option is B.
What is natural gas?Natural gas is a naturally occurring mixture of gaseous hydrocarbons, primarily methane, with minor amounts of other higher alkanes.
Low levels of trace gases such as carbon dioxide, nitrogen, hydrogen sulfide, and helium are also commonly present.
Natural gas is formed naturally over hundreds of millions of years. Layers of decomposing plants and animals are subjected to intense heat from the Earth and pressure from rocks to form it.
Land continues to be destroyed using slash and burn methods in the absence of land regulations to protect rainforests. The global demand for natural gas is driving up rates of rainforest deforestation.
Thus, the correct option is B.
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A particular gene has two alleles, a dominant allele A and a recessive allele a. The frequency of allele A is 0.55. If the population is in Hardy-Weinberg equilibrium with respect to the gene, then what is the expected frequency of genotype Aa
If p = frequency of A and q = frequency of a, then assuming H-W equilibrium we have
p + q = 1 ⇒ q = 1 - p = 1 - 0.55 = 0.45
Then the expected frequency of the heterozygous genotype Aa is 2pq = 2 • 0.55 • 0.45 = 0.495.
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which of these functions could be compromised in the
burn patient.
The functions are
1. Protection
2. Regulating body temperature
3. Water balance
4. sensory reception
Answer:
The correct answer is Regulation body temperature
The Golgi body interacts the most with
which of these?
♡
A. nucleus
B. free ribosomes
C. nucleolus
D. endoplasmic reticulum
Answer:
D. endoplasmic reticulum
Explanation:
*need help asap!* Each branching point represents a point in evolutionary history where an ancestral evolutionary lineage gave rise to a new lineage. The most recent common ancestor shared by all lineages in this cladogram is represented by the number
Answer:
a
Explanation:
Cladograms represent the relationship and the common ancestry between the organisms. Green algae are the most common ancestor that shares the lineage. Thus, option 1 is correct.
What is a cladogram?A cladogram is a graphical representation of the organisms and various species that shares similar lineages and common ancestry. The green algae share a common ancestor as it is closest to the lineage branching that shares the most common features and traits.
Therefore, green algae have a common ancestor.
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Essentially, lots of rain consistently throughout the year is key to maintaining the large amount of______________that makes up a rainforest.
Answer:
plant life
Explanation:
most plants in the rainforest require more water than plants not in the rainforest
Which divides the cerebrum into right and left hemispheres?.
Answer: longitudinal fissure
Explanation: The cerebrum is divided into a left and right hemisphere by a longitudinal fissure that goes by many different names: longitudinal fissure, cerebral fissure, median longitudinal fissure, interhemispheric fissure.
Which of the following is not a form of energy
mechanical
heat
matter
solar
Answer:matter
Explanation:foundonweegy
Food poisoning is caused by eating contaminated foods. How Can it be prevented?
Answer:
By putting the food in a safe container
write any three features of epithelial tissue
What is the active element in most photovoltaic cells.
Answer:
Silicon. Silicon is, by far, the most common semiconductor material used in solar cells, representing approximately 95% of the modules sold today
Explanation:
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The turn signal belongs to which subsystem of an automobile?(1 point)
The turn signal belongs to the car's signaling subsystem.
What is signaling subsystem?The signaling system is basically composed of lights that show the location of the vehicle, as well as the maneuvers that are in progress or to be performed shortly. In other words: its importance for the safe driving of the vehicle is indisputable.
Whit this information, we can conclude that the turn signal belongs to the car's signaling subsystem.
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Based on its effects on the central nervous system, alcohol can be classified as:.
Answer:
Alcohol is classified as a Central Nervous System Depressant, meaning that it slows down brain functioning and neural activity. Alcohol does this by enhancing the effects of the neurotransmitter GABA.
Explanation:
If this isn't one of the options you didn't give me any options so I can't help you there
pThe probability of having an offspring with both the dominant phenotypes for both genes is equal to the product of the individual probabilities. This means, the probability of having a dominant phenotype for both traits would be
The product probability rule states P(A∩B) = P(A) x P(B). In the exposed example, the probability of having a dominant phenotype is 9/16.
What is the product probability rule?The product probability rule allows us to calculate the probability of occurrence of event A and event B at the same time.
It is about a joint probability of two or more events that might happen simultaneously, not excluding each other.
This rule is based on the dependence or independence of the events. If two events A and B are independent of each other, the occurrence of one of them does not affect the occurrence of the other one.
For independent events, the rule establishes that, given two different events A and B, the probability of occurrence of both together is
P(A∩B) = P(A) x P(B)
The probability of inheriting one of the alleles from each parent is 0.5 (beacause each parent has two alleles).
According to this, the probability of having a dominant phenotype for both traits depends on the paretal genotypes.
For instance, let us analyze the cross between two dihybrid individuals AaBb x AaBb.
Assuming the involved genes code for different traits and both are independent genes, for easier calculations, we can perform crosses that involve each of the genes separately -events-, and then multiply de results according to the genotype and phenotype we are interested in (A-B-)
Gene A
Parentals) Aa x Aa
Gametes) A a A a
Punnett square) A(1/2) a(1/2)
A(1/2) AA(1/4) Aa(1/4)
a(1/2) Aa(1/4) aa(1/4)
F1) Genotype
1/4 AA ⇒ 1/2A x 1/2A
2/4 = 1/2 Aa ⇒ (1/2A x 1/2a) + (1/2A x 1/2a)
1/4 aa ⇒ 1/2a x 1/2a
Phenotype
3/4 A- ⇒ 1/4AA + 2/4Aa
1/2 aa
Gene B
Parentals) Bb x Bb
Gametes) B b B b
Punnett square) B b
B BB Bb
b Bb bb
F1 Genotype
1/4 BB ⇒ 1/2B x 1/2B
2/4 = 1/2 Bb ⇒ (1/2B x 1/2b) + (1/2B x 1/2b)
1/4 bb ⇒ 1/2b x 1/2b
Phenotype
3/4 B- ⇒ 1/4 BB + 2/4 Bb
1/2 bb
The probability of having a dominant genotype and phenotype for both traits is,
Genotpe AABB ⇒ 1/4 AA x 1/4 BB = 1/16 AABBPhenotype A-B- ⇒ 3/4 A- x 3/4 B- = 9/16 A-B-You can learn more about the product probability rule in crosses at
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