Analise o gráfico
![Resultado de imagem para O HIV, vÃrus causador da AIDS (sÃndrome da imunodeficiência adquirida), ataca principalmente um tipo de célula denominado linfócito CD4. No gráfico, Z indica a quantidade de â¦â¦â¦ e Y, a quantidade de â¦â¦â¦ no sangue de um portador que não recebeu tratamento ao longo da infecção. Os tratamen](data:image/jpeg;base64,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)
O HIV, vírus causador da AIDS (síndrome da imunodeficiência adquirida), ataca principalmente um tipo de célula denominado linfócito CD4. No gráfico, Z indica a quantidade de ……… e Y, a quantidade de ……… no sangue de um portador que não recebeu tratamento ao longo da infecção. Os tratamentos da AIDS, que ainda não tem cura, incluem drogas que, entre outras ações, interrompem a síntese de ácidos nucléicos. No caso do HIV, portanto, em última instância será interrompida a síntese de ……… a partir do ……… viral. As palavras que completam corretamente as lacunas do texto são, respectivamente,