Bacteriophage, Tail fibers affix to cell wall proteins.
Viral DNA is infuse into host cell. No coating required. Biosynthesis in
cytoplasm, Lysogeny. Host cell is lysed. 2) Animal: Attachment sites are plasma
membrane proteins and glycoproteins. Capsid goes in by receptor-mediated
endocytosis or fusion. Uncoating by enzymatic removal of capsid proteins.
Biosynthesis in nucleus (DNA viruses) or cytoplasm (RNA viruses). Latency; slow
viral infections; cancer. Released thru enveloped virus bud out; nonenveloped
viruses rupture plasma membrane.
According to the given information, can be supported by 250,000 kilograms of producers is 500.
<h3>What is a decomposer an example?</h3>
Examples of decomposers are fungi and bacteria that obtain their nutrients from a dead flora or fauna material.
They break down the cells of dead organisms into simpler substances, which become organic nutrients available to the ecosystem.
Thus, The mass of a hawk is around 500 grams, can be supported by 250,000 kilograms of producers is 500.
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<span>HIV medications can help lower your viral load, fight infections, and improve your quality of life. But even if you take them, you can still give HIV to others. They're not a cure for HIV.The goals for these medicines are to:<span>Control the growth of the virusImprove how well your immune system worksSlow or stop symptomsCause as few side effects as possible</span>The FDA has approved more than two dozen antiretroviral drugs to treat HIV infection. They're often broken into six groups because they work in different ways. Doctors recommend taking a combination or "cocktail" of at least two of them. This is called antiretroviral therapy, or ART.Your doctor will let you know specifically how you should take your medications. You need to follow the directions exactly, and you shouldn't miss even one dose. Or you could develop drug-resistant strains of HIV, and your medication may stop working.Some other medicines and supplements don't mix well with HIV drugs, so make sure you tell your doctor about everything you're taking.</span><span>Nucleoside/Nucleotide Reverse Transcriptase Inhibitors (NRTIs)NRTIs force the HIV virus to use faulty versions of building blocks so infected cells can't make more HIV.<span><span>Abacavir, or ABC (Ziagen)</span><span>Didanosine, or ddl (Videx)</span><span>Emtricitabine, or FTC (Emtriva)</span><span>Lamivudine, or 3TC (Epivir)</span><span>Stavudine, or d4T (Zerit)</span><span>Tenofovir, or TDF (Viread)</span><span>Zidovudine, or AZT or ZDV (Retrovir)</span></span></span><span>Non-nucleoside Reverse Transcriptase Inhibitors (NNRTIs)These are also called "non-nukes." NNRTIs bind to a specific protein so the HIV virus can't make copies of itself, similar to jamming a zipper.<span><span>Delavirdine (Rescriptor)</span><span>Efavirenz (Sustiva)</span><span>Etravirine (Intelence)</span><span>Nevirapine (Viramune)</span>Rilpivirine (Edurant)</span></span><span>Protease Inhibitors (PIs)These drugs block a protein that infected cells need to put together new copies of the HIV virus.
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The answer is False. Nothing in an organism works in isolation
Answer:
CGTATC - DNA complementary strand- GCATG
CTTTCAAG- DNA complementary strand-GAAAGTTG
GAGACTTAC-DNA complementary strand-CTCTGAATG
Explanation:
Remember that the complementary sequence will be based on base pairing for DNA, so the A will pair with T, C with G
