Place the following in the sequence of the progression of hiv/aids on a cellular level. 1)the hiv virus is uncoded. 2)hiv attaches to the receptors on the cd4+ cell. 3)dna synthesis occurs by reverse transcription. 4)transcription of the dna to form a single-strand messenger rna

2,1,3,4

Explanation:

HIV is the acronym for the human immunodeficiency virus. Aids-causing disease that attacks the immune system which is the system responsible for defending the body from disease. Infection of this virus at the cellular level occurs when it attacks the TCD4 + cell lymphocytes, after this attack the virus binds to the receptors of this cell, although not yet coded. With the binding of the virus in the cell, the virus envelope opens and releases the viral content within the host cell, after which viral RNA uses the reverse transcriptase enzyme to transcribe its DNA that migrates to the host cell nucleus with the entry. The viral DNA in the nucleus is linked to the cell DNA, reaching the pro-virus form of HIV. Now able to replicate itself, the virus begins transcribing its RNA and can reach 100 billion copies a day in an untreated individual. At this point, the virus uses the cellular apparatus to create the other structures necessary for the release of the virus into the extracellular medium.  After this, the viral RNA created is assembled in its envelope and springs from the host cell, which may cause it to rupture.

With this, we can conclude that the correct sequence of the information exposed in the question are:  2,1,3,4.