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masha68 [24]
3 years ago
15

What assessment finding should a nurse expect to note in a child with chronic hypoxia?

Biology
1 answer:
AleksandrR [38]3 years ago
8 0
Chronic tissue hypoxia in children can be observed in patients who have history of tetralogy of Fallot, which is a condition of congenital heart disease that has abnormalities occurring simultaneously.  Skin color changes, tachycardia, rapid breathing, wheezing, confusion, sweating, and coughing are also seen commonly in chronic hypoxia patients and this should be a hint in assessing the condition of the patient.
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Why are enzymes needed during DNA replication?
masya89 [10]

Answer:

An enzyme is a molecule that speeds up a reaction. In the case of DNA reproduction, enzymes not only speed up the reaction, they are necessary for DNA reproduction.

Explanation:

An enzyme is a molecule that speeds up a reaction. In the case of DNA reproduction, enzymes not only speed up the reaction, they are necessary for DNA reproduction.

Recall that DNA is a long strand with a many repeating base pairs. In order for DNA to reproduce, the base pairs must be split apart. One half of the strand is then used as a template to build a new strand of DNA.

The enzyme helicase is responsible for splitting DNA along the base pairs. Helicase moves along the DNA strand unzipping the strand just as a zipper.

7 0
3 years ago
1. Although generally not considered to be alive, a is studied alongside other microbes such as bacteria. 2. The protein coat th
Greeley [361]

Answer:

  1. virus
  2. capsid
  3. lytic cycle
  4. lysogenic
  5. prophage
  6. bacteriphage

Explanation:

1. Virus is sometimes considere to be alive because of its ability to replicate. But, since the replication of the virus is immposible without the host, virus is more often called infectious agent (not organism). Virus can infect bacterial cells, human animal and plant cells. Their genetic material can be DNA or RNA, so the viruses are classified as DNA and  RNA viruses. Beside genetic material, viral particles virions also contain protein coat and lipid envelope.

2.Virions (viral particles) contain genetic material (DNA or RNA), protein coat called capsid and lipid envelope. The role of capside is to provide protection to genetic material. It is composed of protomers-oligomer protein subunits. The structure of the capsid is helical or icosahedral. Capsid can be enveloped with lipid layer-viral envelope. Capsid is involved in the process of interaction with the host and with the delivery of the genome into the host.

3. The lytic lifestyle of the viruses (e.g. bacteriophage) can be described through the next steps:

  • attachment and injection into the host cell (e.g.bacterial cell)
  • synthesis of the early virus proteins which break down host's DNA
  • virus uses host's machinery (for the replication, transcription and translation) to produce the rest of its proteins and to form new virus particles.
  • host cell burst and many new virus particles are released.

After the destruction of the cell, the virus must find new host.

4. Lysogenic cycle is other type of viral life cycle. During the lysogenic cycle, virus does not kill the host immediate. It integrates its DNA into host's genome and stays dormant until conditions are optimal for reproduction.  Viral genome replicates along with the host's. Dormant state lasts until host conditions deteriorate, then the prophage becomes active.

5. Prophage is a viral genome that is inserted into the genome of the host or sometimes it can existas an extrachromosomal plasmid. Bacteriophage integrates prophage during the lysogenic cycle (latent, dorman phase of the cycle). When the host conditions deteriorate,  the prophage becomes active meaning it becomes excised from the host. This process is called prophage induction. The virus then begins with the lytic cycle.

6. Bacteriphage is a virus that infects the bacterial cell. Its structure is typical viral structure-genetic material (DNA or RNA), protein coat called capsid and lipid envelope. The lifecycle of bacteriophage includes the steps: attachment and penetration of the bacterial cell, synthesis of proteins and nucleic acid,  assembly  of virions, release of virions.

Bacteriophages are used as antibacterial agents (treatment of bacterial infections).

7 0
3 years ago
How does DNA finger printing work
grandymaker [24]

Answer and Explanation with an example:

DNA fingerprinting uses chemicals to separate strands of DNA and reveal the unique parts of your genome. The results show up as a pattern of stripes that can be matched against other samples.

How is this helpful in life?

This helps in crime like for example if there is an fingerprint on something from the theft they will know how the fingerprint look like and know easliy from there thinking

I hope this helps and brainlest please

4 0
3 years ago
What is ATP, and when is energy released from it? ​
Misha Larkins [42]

ATP is Adenosine Triphosphate. ATP consists of an adenosine molecule bonded to 3 phosphate groups in a row. This occurs when a molecule of adenosine diphosphate ( ADP ) uses the energy released during cellular respiration bond with a 3rd phosphate group, becoming a molecule of ATP

7 0
3 years ago
How can we use bacteria to benefit us?
tiny-mole [99]
Beyond landmines, bacteria can help us detect pollution<span> in a similar way -- glowing when they come into contact with a certain chemical. Researchers have been working on this kind of technology for some time, but it has only begun being used in the field in the last few years.</span>Bacteria can not only keep us healthy, it can also keep us safe. Scientists have devised a way to make bacteria glow when close to a landmine<span>. Through a technique called BioBricking, scientists manipulate the DNA of bacteria and mix it into a colorless solution, which can then be sprayed in areas where landmines are suspected to exist. The solution forms green patches when it is in contact with soil, and will begin to glow if it is next to an undetonated explosive. It could make eradicating landmines far easier and safer.
</span>Not only is oil clean-up a benefit from bacteria, but also nuclear waste clean-up.<span> More specifically, it's thanks to a bacterial we usually try to avoid as much as possible: E. coli. Researchers have found that E. coli can recover uranium from tainted waters when working alongside inositol phosphate. The bacteria breaks down the phosphate, which can then bind to uranium and attach to the bacteria. The bacteria cells are then harvested to recover the uranium. The technology can be used to clean polluted water near uranium mines as well as help clean up nuclear waste.</span><span>


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7 0
3 years ago
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