Foram encontradas 40 questões.
De acordo com a Lei n° 13.732/2018, é
correto afirmar que
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De acordo com a Lei n° 13.021/2014,
em relação à farmacovigilância, uma das
responsabilidades do farmacêutico é
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Segundo a Portaria n° 344/1998, a Cota
Anual de Importação é definida
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O fármaco que possui efeito ansiolítico,
hipnótico, anestésico, anticonvulsivante e
relaxante muscular denomina-se
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Sobre os fármacos semelhantes à
morfina, é correto afirmar que eles:
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Sobre o tratamento do diabetes do tipo 2
com hipoglicemiantes orais assinale a opção
correta.
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A insuficiência cardíaca agudamente
descompensada é importante causa de
internação em pacientes idosos, com elevada
taxa de recidiva, o que gera aumento de gastos
pelos sistemas de saúde. A terapia da
insuficiência cardíaca descompensada tem por
objetivo o rápido alívio dos sintomas, a
sobrevida do paciente a curto prazo e a
redução das taxas de admissão.
Sendo assim, assinale a opção correta.
Sendo assim, assinale a opção correta.
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O fármaco, apresentado na forma de
comprimido, que pode ser triturado para ser
administrado por sonda nasogástrica, deve ter
a dose ajustada em casos de redução de
depuração de creatinina, é indicado para
profilaxia do acidente vascular encefálico em
pacientes com fibrilação atrial e embolia
pulmonar, sendo administrado em doses fixas
e não exigindo monitoramento rotineiro da
coagulação, denomina-se
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How the Human Body Changes in Space
For years, TRISH (The Translational Research
Institute for Space Health) has supported
research projects and studies that aim to solve
the challenges of human exploration in space. It
is important that we know, first, the risks to
human health during space travel.
Understanding some of these risks (see below)
is essential for a successful return to the moon
in NASA’s Artemis missions.
Muscles
Astronauts experience decreased muscle
mass, strength, and endurance because
moving around requires reduced work from the
legs and back. As a result, the muscles can
begin to weaken or atrophy. To help combat
this, astronauts aboard the International Space
Station (ISS) have a strict exercise regime.
Neurological
In space missions, astronauts can experience
disorientation, space motion sickness, and a
loss of sense of direction, making completion of
even basic tasks difficult. In an emergency,
decreased sensorimotor function and postural
stability could be dangerous.
Cardiovascular
In space, astronauts may face decreases in
blood volume and aerobic capacity, while also
experiencing increased arrhythmias. Although
the cardiovascular system functions well in
space, the body does not require as much work
from the heart (still a muscle, after all) in
microgravity. This could lead to deconditioning
and a decrease in the size of the heart.
Available at: https://www.bcm.edu/academiccenters/space-medicine. Access: 30 Dec. 2023. Adapted.
Provas
Questão presente nas seguintes provas
How the Human Body Changes in Space
For years, TRISH (The Translational Research
Institute for Space Health) has supported
research projects and studies that aim to solve
the challenges of human exploration in space. It
is important that we know, first, the risks to
human health during space travel.
Understanding some of these risks (see below)
is essential for a successful return to the moon
in NASA’s Artemis missions.
Muscles
Astronauts experience decreased muscle
mass, strength, and endurance because
moving around requires reduced work from the
legs and back. As a result, the muscles can
begin to weaken or atrophy. To help combat
this, astronauts aboard the International Space
Station (ISS) have a strict exercise regime.
Neurological
In space missions, astronauts can experience
disorientation, space motion sickness, and a
loss of sense of direction, making completion of
even basic tasks difficult. In an emergency,
decreased sensorimotor function and postural
stability could be dangerous.
Cardiovascular
In space, astronauts may face decreases in
blood volume and aerobic capacity, while also
experiencing increased arrhythmias. Although
the cardiovascular system functions well in
space, the body does not require as much work
from the heart (still a muscle, after all) in
microgravity. This could lead to deconditioning
and a decrease in the size of the heart.
Available at: https://www.bcm.edu/academiccenters/space-medicine. Access: 30 Dec. 2023. Adapted.
Provas
Questão presente nas seguintes provas
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