List the three bacterial species in order of their increasing fastidiousness

Answers

Answer 1

Answer:

S. mitis E. coli A. faecalis

Explanation:

Fastidious bacteria are heterotrophic beings that require nutrients and vitamins that are specific to their development, and do not grow well in conventional culture media. Examples of such bacteria are S. mitis, E. coli and A. faecalis.

Fastidious means something that is dull, stressful. We say that a bacterium is fastidious because it is not easy to grow in culture media, using dull means to be able to observe them.


Related Questions

What soil type would be BEST for planting a productive garden

Answers

Soil that works the best and soil not from las vegas
Humus, Clay, and Sand.

What are the minimum requirements for an ecosystem to recycle nutrients?

Answers

Producers and Decomposers are the minimum requirements for an ecosystem to recycle nutrients.

Nutrient cycle is the movement of the nutrients from the physical environment into the living organisms and then back to the physical environment. Nutrient cycle involves both living as well as non-living components including biological, chemical and environmental interactions and processes.

By the process of obtaining food for energy the biotic factors are grouped as: producers or autotrophs, consumers or heterotrophs and decomposers.

Producers and decomposers are the most important factors which contribute in recycling the nutrients. Producers use the nutrients from physical environment through the process of photosynthesis and decomposers return back the nutrients into the physical environment as they obtain their food or energy by decaying or breaking down the dead remains of organisms chemically. Producers begin the food chain followed by consumers and then decomposers.

The minimum requirements for an ecosystem to effectively recycle nutrients include producers, decomposers, and nutrient Cycling Mechanisms.

Ecosystems need autotrophic organisms, such as plants or algae, that are capable of converting inorganic substances into organic matter through photosynthesis. These producers serve as the foundation of the food web and supply energy and nutrients to other organisms.

Decomposers, such as bacteria and fungi, are essential for breaking down dead organic matter and waste materials into simpler compounds. They play a vital role in the decomposition process, releasing nutrients back into the environment in forms that can be taken up by producers.

Ecosystems require mechanisms for the cycling and redistribution of nutrients. This includes processes such as nutrient uptake by plants, nutrient transfer through the food chain, and the return of nutrients to the soil or water through decomposition and excretion.

Overall, nutrient recycling in an ecosystem requires a combination of producers, decomposers, nutrient cycling mechanisms, suitable physical conditions, and feedback mechanisms to ensure the continual flow and availability of nutrients within the ecosystem.

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You might wonder why, if the doctor was so worried about pulmonary hypertension in this client, she did not just measure it. the answer is simple - where would she have put the blood pressure cuff? she could hardly open the patient's chest to put a cuff around one of his pulmonary arteries.

Answers

Pulmunary hypertension occur when the arteries in the lungs is constricted resuting in an increased in resistance. This can be measured by an invasive procedure called cardiac catheterization. This condition can lead to heart failure. 

Final answer:

Measuring pulmonary hypertension cannot be done with a typical blood pressure cuff due to the cuff's inability to access deep arteries like the pulmonary artery; it requires invasive methods such as catheterization.

Explanation:

The question pertains to why a doctor cannot simply use a blood pressure cuff to measure pulmonary hypertension in a patient. To measure blood pressure, health professionals typically use a sphygmomanometer, which includes an inflatable cuff that is placed on the patient's upper arm. This technique involves cutting off blood flow and then gradually releasing the pressure to measure both the systolic and diastolic pressures. However, measuring pressure in areas like the pulmonary arteries requires an invasive technique where catheters are inserted into the appropriate locations to transmit the pressure readings to external measuring devices, typically used only during surgery or in an intensive care setting.

A 45 year-old presents to the operating room with a right index trigger finger and left shoulder bursitis. the left shoulder was injected with 1 cc of xylocaine, 1 cc of celestone and 1 cc of marcaine. an approximately 1-inch incision was made over the a1 pulley in the distal transverse palmar crease. this incision was taken through skin and subcutaneous tissue. the a1 pulley was identified and released in its entirety. the wound was irrigated with antibiotic saline solution. the subcutaneous tissue was injected with marcaine without epinephrine. the skin was closed with 4-0 ethilon suture. clean dressing was applied. what cpt® codes are reported?

Answers

This is a case of a patient presenting with right index trigger finger and left shoulder bursitis. The CPT code involving the incision procedures on the hand and fingers is CPT 26055 with -F6 applying to the index finger of the right hand. In the removal of the fluid in the left shoulder joint, this corresponds to the CPT code of CPT 20610 with a 51 modifier because of multiple surgeries and LT because the left is involved. Therefore the answers are CPT 26055-F6 and CPT 20610-51-LT.

An organism has 6 chromosomes (2n = 6) or 3 pairs of homologous chromosomes. Assuming no crossing over occurs, how many different combinations of maternal and paternal chromosomes would be possible in its gametes? Remember that each gamete will contain three chromosomes, and each of these will be either maternal or paternal. (Denote maternal chromosomes M1, M2, M3 and paternal chromosomes P1, P2, P3.) List the possible eight combinations. (Remember the formula is 2n, so in this case 23 = 8.)

Answers

M1, M2, M3
P1, P2, P3
3 types each of 2 groups
[tex] = {2}^{n} \: where \: n = number \: of \\ chromosomes \: each \\ {2}^{n} = {2}^{3} = 8[/tex]

1) M1, P2, P3
2) M1, P2, M3
3) M1, M2, P3
4) M1, M2, M3
5) P1, P2, P3
6) P1, M2, P3
7) P1, P2, M3
8) P1, M2, M3

The formula 2ⁿ is usefull to get the number of gametes that results from the independent segregation of alleles. All the possible gametes are M1M2M3 / M1P2M3 / M1M2P3 / M1P2P3 / P1M2M3 / P1P2M3 / P1M2P3 / P1P2P3.

-----------------------------

Following the statement of the problem, the way to know how many different gametes can be formed, is applying the formula 2ⁿ. So let us analyze it.

Gamete formation involves the random and independent segregation of the alleles.

During anaphase I (meiosis) occurs the independent separation of homologous chromosomes that migrate to opposite cell poles.

This separation generates different chromosomal combinations in the daughter cells.

There are two alternatives per homologous pair.

The number of gametes with different combinations is 2ⁿ, where  

n = number of homologous pairs.  

In the exposed example,

The number of homologous pairs is n = 3Number of gametes = 2ⁿ = 2 ³ = 8

We know that

maternal chromosomes M1, M2, M3paternal chromosomes P1, P2, P3

Then, in the diploid cell is  M1P1  M2P2  M3P3.

Gametes are haploid cells formed by the combination of chromosomes, so

M1 M2 M3M1 P2 M3M1 M2 P3M1 P2 P3P1 M2 M3P1 P2 M3P1 M2 P3P1 P2 P3

If it results easier for you, you can make a diagram like the one in the attached files.

     

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Paleoclimatologists study ice cores to investigate Earth’s past climate. They use methods such as oxygen isotope analysis. Which feature inside the ice are the scientists interested in analyzing and why?

Answers

The scientists are interested in bubbles of atmosphere trapped in the ice cores. By the depth of the ice, they have some idea of the age of the atmospheric bubbles. By the composition of gasses in the trapped air, they can determine the proportions of atmosphere made from the composite gasses: nitrogen, oxygen and carbon dioxide and a few other gasses. This is how scientists have determined that the proportion of carbon dioxide has increased in our atmosphere since the Industrial Revolution. 

Answer:

its seasonal changes, spectrometers, and temperature.

Explanation:

Read each statement and decide if it is a fact (can be proven with evidence) or an opinion (personal belief).

Answers

We need a statment to decide.

Answer:  it already answered it for you

Explanation:

Species of plants, animals, fungi, and microorganisms are all...

Answers

 eukaryotes hope it helps you out have a nice day


Hello,

Here is your answer:

The proper answer to this question is that there all " biotic!".

Your answer is biotic!

If you need anymore help feel free to ask me!

Hope this helps!

what form of matter is made from only one type of atom
A. element
B. material
C. compound
D. molecule

Answers

Hello
The answer would be a
Hello,

Here is your answer:

The proper answer tot his question is option A "element". Also known as pure element.

Your answer is A.

If you new anymore help feel fee to ask me!

Hope this helps!

Biologists sometimes divide living organisms into two groups: autotrophs and heterotrophs. these two groups differ in ________.

Answers

Their source of carbon. Autotrophs obtain their carbon from inorganic sources such as from atmospheric carbon dioxide. Examples of autotrophs include plants, and euglena ( a protist).
Heterotrophs on the other hand, obtain their carbon from organic sources such as other organisms. Examples of heterotrophs include all secondary consumers, and decomposers.

Autotrophs and heterotrophs differ in the mode in which they USE DIFFERENT sources of carbon.

Autotrophs are organisms that synthesize their own food, thereby they obtain carbon from inorganic sources.

Examples of autotrophic organisms include plants and algae.

Heterotrophs are organisms that cannot synthesize their own food, thereby they need to obtain carbon from other organisms.

Examples of heterotrophic organisms include animals and fungi.

In conclusion, autotrophs and heterotrophs differ in the mode in which they USE DIFFERENT sources of carbon.

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Under normal circumstances, what components of the blood cross the capillary wall?

Answers

Body nutrients such as protein and vitamins.
Hormones

How does increasing the total number of tosses from 100 to 200 (or more) affect the deviation?

Answers

 As a general rule, deviation decreases as you increase the sample size. 

Think of it this way. You know the average for a toin coss "should" be 50% heads, 50% tails right? 


If you only flip a coin twice, what are the chances this is going to happen? The possible results are: 

HH TT HT TH 


In other words, you only have a 50% chance that the outcome will be 50/50, the other two possibilities are zero headsor zero tails which statistically is the complete opposite from 50/50. 

But, if you toss a coin 100, 200, or more times, you're going to continually get ever closer to that "perfect" 50% Heads, 50% Tails. By the time you've reached 1 million tosses, any deviation from "500,000 heads, 500,000 tails" would be so small that it's irrelevant. 


In other words, the deviation from the statistically perfect outcome continues to decrease the larger the sample size. 


This is why it's important to choose a reasonable sample size. Too small, and results may not be truly representative. Too large, and your results may be far more accurate than you require (i.e., it's a wasted effort). 


There are formulas for working out a viable sample size, given some possible outcomes. Check out Wikipedia's article on Sample Size Determination if you'd like further reading.

Increasing the total number of tosses from 100 to 200 (or more) will decrease the deviation. This is because the law of large numbers states that as the number of trials increases, the probability of the observed results being close to the expected results also increases.

In the case of coin tossing, the expected results are 50 heads and 50 tails. If you toss a coin 100 times, the deviation from the expected results is likely to be larger than if you toss a coin 200 times.

This is because the law of large numbers states that the probability of getting 50 heads and 50 tails in 100 tosses is lower than the probability of getting 50 heads and 50 tails in 200 tosses.

In general, the more trials you have, the closer your results will be to the expected results. This is why scientists often repeat experiments many times to get accurate results.

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A particular star is orange. Another star that is much cooler is expected to be. red white blue green

Answers

A star's color often times determines the temperature of it. In this case, red would be the coolest color (and would be cooler than orange). 
I agree the answer is red because blue stars are considered to be hot. while red star are considered to be the cool ones

Which eubacteria help plants in the production of proteins?

Answers

your answer is nitrogen fixing bacteria
let me know if you have any further questions
:)

nitrogen fixing bacteria

Tina's 68-year-old paternal aunt struggles with controlling her hypertension and high cholesterol. what concerns might you have concerning all body systems, and how would this change your assessment? what teaching points would you review with tina's paternal aunt?

Answers

The concern that the individual would have in concerning all the body system is that if the blood pressure can’t be controlled and that it is high for a long period of time, this will eventually lead to stroke in which if it is high, it damages one’s blood vessel and artery, leading to stroke. It is best to know the symptoms of stoke in order for the individual to prevent it from happening or making it worse. Having a high cholesterol would also lead to heart failure and other diseases in which it would only be prevented for the individual to develop such disease if she were to eat healthy and change her lifestyle in a healthier way.

The lady T’s aunt is a sixty-eight year old and struggles with controlling her hypertension and high cholesterol. High blood pressure for a long period concerns might have concerning all body systems. Also, the patient should eat healthily and participate in regular exercise.

Further Explanation:

The person, T’s aunt, is suffering from a high level of cholesterol and hypertension. These elevated levels affect an individual's overall health. This elevated level causes the narrowing of the blood vessel. This leads to an individual at high risk of stroke, heart failure, cardiac arrest, and artery disease.

The sigh that the individual would have concerning all the body systems is that if the blood pressure can’t be controlled and high for a long period. This condition will eventually lead to a stroke that damages an individual blood vessel and artery. It is important to identify the problem related to hypertension and high cholesterol.

Stroke or Heart disease is a fatal condition because they stop or limit the oxygen from spreading in the body. When the heart attack occurs, the part of a body does not automatically lose all the oxygen. Daily participation in physical exercise can lead to an increase in the life span of an individual because it reduces the risks of health diseases. Also, it includes several health benefits. Increased cardiovascular exercise, like running, aerobics, walking, etc., can easily improve individual cardiovascular health and also prevent heart disease. Stroke, a heart attack, is a primary cause of death snowadays.

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Answer Details:

Grade: High School

Subject: Biology

Chapter: Health

Keywords:

Cardiovascular disease, heart disease, stroke, life, blood pressure, cholesterol, aerobic exercise, daily participation, fatal condition, oxygen.

Meiosis is different from the process shown because, during meiosis,

Answers

four gametes are produced for every original cell

Answer:

four gametes are produced for every original cell.

Explanation:

what will most likely happen to a plant that does not receive enough sunlight

A. the chloroplasts will produce more glucose
B. the calvin cycle will increase its production of ADP.
C. the dark reactions will occur faster.
D. the Calvin cycle will produce smaller amounts of glucose

Answers

Maybe D but im not sure so think about it

Answer:

Option D, the Calvin cycle will produce smaller amounts of glucose

Explanation:

A plant produces glucose by using the carbon dioxide, ATP and NADPH from the light-dependent reactions during the  dark reaction of photosynthesis.

if the plant do not receive enough light, it will not be able to generate sufficient amount of ATP and NADPH for a longer period of time and ultimately it may stop working.

With reduced ATP and NADPH, the Calvin cycle  will ultimately produce smaller amounts of glucose.

Hence, option D is correct

In order for a fat molecule to be saturated, it must have what characteristic?

Answers

Fat (lipid) molecules are made up mostly of long chains of carbon atoms.
For a fat molecule to be considered saturated, the carbon chain must have only single bonds between them. 
Schematically, they look like  -C-C-C-C-  ...

If the carbon chain contains one or more double bonds, such as  -C=C-C-C, then the given lipid molecule is unsaturated.

If a lipid molecule (fatty acid) contains exactly one double bond in its chain, and the rest are single bonds, it is then called monosaturated.  It is a more healthy food source than saturated fats.

Saturated fat are generally solid at room temperatures.  Examples include lard, butter, mostly from animal sources.  However, coconut oil (solid at room temperatures as well) is a saturated fat.

Describe how Darwin theory of evolution by natural selection can explain the spread of antibiotics resistant microorganisms like MRSA

Answers

Darwin's theory of evolution by natural selection can explain how antibiotics are becoming defective because the bacteria that is trying to be fought off might have had a mutation making it more likely to survive. Once that surviving bacteria makes offspring most of the first generation will die from the antibiotic but soon all of their offspring will produce a resistance to that antibiotic. 

The exchange of gases between animals and the environment is called Cellular respiration Evaporation Transpiration Breathing

Answers

The answer is breathing. This is what I got from my homework paragraph. In breathing, oxygen and carbon dioxide are exchanged with the external environment but there is not a gain of energy and a chemical reaction does not occur. 
Answer:

The correct option is D which is breathing.

Explanation:The exchange of gases between animals and the environment is a mechanical process which contains the exhalation and inhalation of gases from the environment and this process is known as breathing.While cellular respiration is the breakdown of glucose for the energy production at cellular level.Evaporation is the conversion of liquid into vapors and transpiration is the evaporation of liquid fro the surface of leave.

Explain the process of transcription.

Answers

The process of transcription proceeds as described here:

A transcription unit is located between the transcription initiation and termination sites. RNA polymerase begins transcription at the initiation site that is in a promoter. For example, in eukaryotes, RNA polymerase II spots the promoter through the presence of the TATA box, a region rich in thymine (T) and adenine (A) bases. Transcription factors can help RNA polymerases find transcription initiation sites.

The RNA polymerase separates the two strands of the DNA molecule and moves in the 3 'to 5' direction of the DNA or from 5 'to 3' on the premessing RNA.

In front of the coding strand of DNA, it associates nucleotides which are paired with those of DNA:

*G is facing C

*C is facing G

*A is facing T

*U (uracil) is against A (there's no thymin in mRNA but uracil instead).

During elongation, a premessing RNA is synthesized. The RNA polymerase stops at the transcription termination site (which its sequence depend on species).

After transcription, the processing of the premessing RNA will yield the mRNA that will be translated into protein in the cytoplasm.

Answer:

The gene coding for the protein untwists and unzips. RNA nucleotides form complimentary base pairs with the DNA bases. Hydrogen bonds and sugar-phosphate bonds form and the mRNA strand is synthesized. mRNA peels off the DNA and moves to the cytoplasm.

When cars age or are poorly maintained, they tend to leak oil onto roadways and parking lots. This oil is washed into the nearest waterway with the next rainfall. What type of water pollution does this cause?
A. Toxic
B. Sediment
C. Nutrient
D. Bacterial

Answers

toxic is the correct answer please give me brainliest

The caterpillar, which is the larval stage of a butterfly, is very different from its adult form. Which phenomenon is responsible for this difference?

metamorphosis


regeneration


alternation of generation


molting

Answers

The correct answer to this question is a: metamorphosis. Many insects take on multiple forms through different parts of their lifecycle. For example, many lepidopteran species (i.e., butterflies) include a caterpillar juvenile stage. To reach the adult stage, the juvenile stage has to go through metamorphosis, where its adult form is strikingly different from its juvenile form.


The caterpillar, which is the larval stage of a butterfly, is very different from its adult form. This can be considered as metamorphosis. The correct option is A.

What is metamorphosis?

Metamorphosis is a biological process that occurs during the physical development of an animal, including birth or hatching, and involves a noticeable and relatively abrupt change in the animal's body structure through cell growth and differentiation.

During the pupa stage, the caterpillar transforms into a butterfly. The caterpillar's old body dies during this stage, and a new body develops inside a protective shell known as a chrysalis.

Many insect larvae, including moth caterpillars, spin silk coverings for their chrysalises.

The larval stage of a butterfly, the caterpillar, is very different from the adult form. This is referred to as metamorphosis.

Thus, the correct option is A.

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An average number of eggs a bird lays is based on natural selection. If a bird lays too many eggs, there a high chance that she will not be able to provide enough food for all of the offspring, so they could starve to death. If she lays too few eggs, there is a great chance a predator will eat all of the eggs. What type of natural selection is this illustrating? A. Stabilizing B. Disruptive Directional

Answers

The correct answer is stabilizing selection.

Stabilizing selection is a kind of natural selection in which the mean of the population steadies on a specific non-extreme trait value. This is considered to be the most general process of action for natural selection as the majority of the traits do not seem to vary radically with time.

Stabilizing selection is the reverse of disruptive selection. In spite of preferring individuals with extreme phenotypes, it favors the transitional variants. Stabilizing selection seems to eradicate the more extreme phenotypes, resulting in the reproductive success of the average or norm phenotypes.

This signifies that the most general phenotype in the population is chosen and continues to govern in the coming generations. As the majority of the traits vary slightly with time, stabilizing selection is considered to be the most usual kind of selection in the majority of the populations.


Primates are considered to be the most advanced group of mammals. Which of the following characteristics is NOT common to all primates? A) Opposable thumbs. B) Upright bipedal walking posture. C) Large brain capacity. D) Forward-facing binocular eyes.

Answers

You answer would be B)Upright bipedal walking

Have a nice day:)

If you have a generation time of 20 minutes, if you started with 5 cells, how many cells would you have in 200 minutes, assuming that the culture is in exponential phase throughout the experiment? 2 pts

Answers

First calculate the number of generations. If each generation takes 20 minutes, there are 10 generations in 200 minutes.
The formula for calculating the population of cells is:

N = A X 2^n
where N is the number of cells, A is the starting number and n is the number of generations
Therefore N = 5 X 2^10

= 5,120

Final answer:

Starting with 5 cells and a generation time of 20 minutes, after 200 minutes, or 10 generations, you would have 5120 cells assuming exponential growth throughout.

Explanation:

If you have a generation time of 20 minutes, starting with 5 cells, the number of cells after 200 minutes can be calculated using the formula [tex]N_t[/tex] = [tex]N_o[/tex] x 2ⁿ, where No is the initial number of cells, [tex]N_t[/tex] is the number of cells after time t, and n is the number of generations. In this scenario, n is equal to 200 minutes divided by 20 minutes per generation, resulting in 10 generations.

[tex]N_t[/tex] = 5 x 2¹⁰
[tex]N_t[/tex] = 5 x 1024
[tex]N_t[/tex] = 5120 cells

Therefore, after 200 minutes with a generation time of 20 minutes, starting with 5 cells assuming exponential growth, you would have 5120 cells.

Dissolved Oxygen (DO) is critical to the ecology of an aquatic ecosystem. It can be affected by temperature, pollution, and numerous other factors. When the oxygen produced by photosynthetic plants in the water dissolves in the water, which of these is being formed?

Answers

Hi there!

When the oxygen produced by photosynthetic plants in the water dissolves in the water, a solution is formed.

Dissolved oxygen behaves as a solution of O₂ in water. A solution is a mixture of a solute (the substance that is dissolved) and a solvent (the substance that dissolves the solute). In this case, the solute is the Oxygen and the solvent is the water. No atoms, compounds nor molecules are formed in this process, as there is no chemical reaction involved. 

The answer is A solution

While using a microscope to examine the cell of an unknown organism, you see that the cell has a nucleus, a cell wall, ribosomes and mitochondria. what kind of organism do you think this cell belongs to?

Answers

probably plant cell because animal cell don't have cell wall.

Which of the following is true about Earth's crust?
A.
Earth's crust is divided into several large plates that do not move relative to each other.
B.
Earth's crust is divided into several large plates that move relative to each other.
C.
Earth's crust is a single mass of rock that does not move.
D.
Earth's crust is a mass of rock that moves as a single unit.

Answers

Answer: B. The Earth crust is divided into several large plates that move relative to each other.

Explanation:The Earth's crust is divided into Oceanic and continental plates,these plates move relative to each other. This movement leads to the formation of Midocean ridges and Mountains. The continental plate is less dense than the Oceanic plate. The continental plates are composed mainly of Sedimentary, Igneous and Metamorphic rocks while the Oceanic plate is made up of tectonic layers beneath the oceans.

Statement that can be considered as true statement as regards Earth's crust is B. Earth's crust is divided into several large plates that move relative to each other.

Earth's Crust can be regarded as  the outermost shell of a terrestrial planet. It is a thin shell which lies outside the earth, it occupied about 1% of Earth's volume.

It is a region for formation of new rock and minerals. Earth's crust is been different plates and this plates move in relative position to each other.

Earth's crust is been  divided into portions such as ;

older thicker continental crustyounger, denser oceanic crust

Therefore, option B is correct.

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What is a spore?

a. a reproductive cell produced by slime molds

b. a large, moving community of slime molds

c. an amoeba-like cell that digests fungi and bacteria

d. a protective wall that forms around a slime mold

Answers

I believe the answer is A: A REPRODUCTIVE CELL PRODUCED BY SLIME MOLDS.
It’s A. Reproductive cell produced by slime molds
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