colaprova-ambiental153

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Questão: 2513064

Ano: 2024

Banca: FGV

Órgão: Câmara dos Deputados

Prova: FGV - 2024 - Câmara dos Deputados - Analista Legislativo/Consultoria - Consultor Legislativo - Área XXII (Reaplicação) |

Acerca dos crimes relacionados ao uso de embriões humanos, assinale a afirmativa correta, segundo a legislação vigente.

a) É penalmente atípica a utilização, para fins de pesquisa e terapia, de célulastronco embrionárias obtidas de embriões humanos produzidos por fertilização in vitro e não utilizados no respectivo procedimento, desde que atendidas as condições legais, entre elas, o consentimento dos genitores.
b) Não configura crime a promoção ou intermediação da compra e venda de célulastronco embrionárias obtidas de embriões humanos produzidos por fertilização in vitro , desde que a atividade seja supervisionada por médico especializado.
c) É penalmente atípica a clonagem humana para fins exclusivamente terapêuticos, sendo vedada a comercialização de embriões sem autorização da autoridade sanitária competente.
d) O descarte de organismos geneticamente modificados no meio ambiente em desacordo com as normas estabelecidas pela autoridade competente configura fato penalmente atípico, porém, sujeito a sanções administrativas.
e) É permitida a prática de engenharia genética em célula germinal humana, zigoto humano ou embrião humano, desde que a atividade seja exercida, sob regime contratual, junto a entidades acadêmicas ou científicas.

Esta alternativa está correta, uma vez que a Lei de Biossegurança autoriza a utilização de células-tronco embrionárias provenientes de embriões inviáveis ou que estejam congelados há mais de três anos, desde que haja o consentimento dos genitores. Desde que sejam observadas as condições estabelecidas em lei, essa prática não é considerada crime.

Questão: 2478357

Ano: 2024

Banca: FGV

Órgão: Câmara de Fortaleza - CE

Prova: FGV - 2024 - Câmara de Fortaleza - CE - Consultor Legislativo - Meio Ambiente e Urbanismo |

Diante da análise de uma situação atinente a atividades e projetos que envolvem organismos geneticamente modificados – OGM - e seus derivados, Rosália entendeu que era necessário compreender adequadamente os conceitos delimitados pela Lei nº 11.105/2005 (Lei de Biossegurança). Nesse contexto, é correto firmar que para os fins da mencionada norma

a) organismo é toda entidade biológica capaz de reproduzir ou transferir material genético, inclusive vírus e outras classes que venham a ser conhecidas.
b) os derivados de OGM são o produto obtido de OGM que apresentem capacidade autônoma de replicação ou que contenham forma viável de OGM.
c) a clonagem terapêutica deve ser compreendida como aquela que tem a finalidade de obtenção de um indivíduo.
d) estão incluídas na categoria de derivado de OGM a substância pura, quimicamente definida, obtida por meio de processos biológicos e que não contenha OGM, proteína heteróloga ou ADN recombinante.
e) clonagem é processo de reprodução assexuada, produzida artificialmente, baseada em um único patrimônio genético, o qual deve ser necessariamente resultante de técnicas de engenharia genética;

Lei 11.105/2005, Art. 3º Para os efeitos desta Lei, considera-se:

I – organismo: toda entidade biológica capaz de reproduzir ou transferir material genético, inclusive vírus e outras classes que venham a ser conhecidas.