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Q2015344 Medicina
A espondilite anquilosante é uma doença do grupo das espondiloartrites. Tem maior prevalência em homens e ocorre geralmente entre a segunda e a terceira década de vida. Assinale a alternativa correta em relação à espondilite anquilosante.
Alternativas
Q2015343 Medicina
A artrite reumatoide é uma doença crônica caracterizada por poliartrite simétrica periférica, que não tem causa definida. Acomete mais as mulheres e tem incidência entre 25-55 anos de idade. Assinale a alternativa correta em relação à artrite reumatoide. 
Alternativas
Q2015341 Medicina
A Doença de Parkinson é uma doença neurodegenerativa. Ela ocorre pelo depósito de sinucleína nos neurônios. Dentre as alternativas a seguir, qual medicação NÃO é utilizada no tratamento do Parkinson? 
Alternativas
Q2015340 Medicina
Acidente vascular cerebral é uma das principais causas de incapacidade no mundo. Pode ser classificado como isquêmico ou hemorrágico. Pode ocorrer de causa súbita e se manifesta através de déficits neurológicos. Assinale a alternativa correta em relação ao AVC. 
Alternativas
Q2015337 Medicina
Um paciente procura atendimento, pois coletou exames para verificar se tem alguma Doença Sexualmente Transmissível. Apresenta em consultório os seguintes resultados laboratoriais: HBsAg negativo, HBeAg negativo, anti-HBsAg positivo, anti-HBeAg negativo, anti-HBcAg IgM negativo, anti-HBcAg IgG negativo, VDRL negativo. De acordo com os resultados laboratoriais, qual é o diagnóstico? 
Alternativas
Q2015336 Medicina
Paciente de 24 anos, do sexo masculino, procura pronto-socorro por queixa de edema em região de parótida direita, dor local, mal-estar, febre baixa há 4 dias. Nega outras queixas. Nega comorbidades. O exame físico indica BEG, corado, hidratado, comunicativo, Glasgow 15, edema em região de parótida direita ++/4, dor local. Sem outros sinais flogísticos. Ao realizar US, constata-se edema de parótida direita sem presença de cálculos. Exames laboratoriais: leucócitos: 5.000; bastões: zero; segmentados: 55%; PCR: 13; Amilase: 324. Diante desse quadro clínico, que indica infecção por caxumba, assinale a alternativa correta.
Alternativas
Q2015335 Medicina

Em relação aos agentes etiológicos e suas respectivas pneumonias, relacione as colunas e assinale a alternativa com a sequência correta.


1. Pneumonia comunitária.

2. Pneumonia nosocomial e associada à ventilação mecânica.

3. Pneumonia em paciente imunocomprometido.


( ) Pneumocystis jirovecii.

( ) Streptococcus pneumoniae; Haemofilus influenzae; bactérias atípicas.

( ) Pseudomonas aeruginosa; Stafilococcus aureus resistente à meticilina; Acinetobacter baumanii. 

Alternativas
Q2015334 Medicina
A pneumonia comunitária é definida como uma infecção pulmonar adquirida fora do ambiente hospitalar. Ela pode ser causada por diversos microrganismos. Assinale a alternativa que apresenta os agentes bacterianos mais comuns que causam a pneumonia comunitária.
Alternativas
Q2015333 Medicina
Uma das principais causas de morbimortalidade e hospitalização é a pneumonia comunitária. Para avaliar a gravidade de uma pneumonia comunitária, utiliza-se a escala CRB-65. Assinale a alternativa que apresenta os critérios dessa escala.
Alternativas
Q2015332 Medicina
Sepse é uma resposta inflamatória sistêmica associada à disfunção orgânica. É uma das principais causas de morte em paciente crítico. Para avaliar a disfunção orgânica de um paciente, utiliza-se o score SOFA. Diante disso, assinale a alternativa que apresenta os critérios avaliados no score SOFA. 
Alternativas
Q2015331 Medicina
A escala de coma de Glasgow é amplamente utilizada para avaliar o nível de consciência de um paciente. Ela leva em consideração Abertura Ocular, Resposta Motora e Resposta Verbal. Um paciente que não tem abertura ocular, nem resposta verbal, nem resposta motora a nenhum estímulo possui qual pontuação na Escala de Glasgow? 
Alternativas
Q2015330 Medicina
A cirrose hepática é uma doença crônica. Ela pode ser causada por hepatites virais, esteatose hepática, uso abusivo de medicamentos, etilismo, dentre outros. Para estimar o prognóstico do paciente com doença hepática crônica, utiliza-se a escala de Child-pugh. Assinale a alternativa que apresenta os critérios de Child-pugh.
Alternativas
Q2015329 Medicina
Paciente de 22 anos procura ajuda em prontosocorro por queixa de cefaleia, febre, mialgia, dor retrorbitária, máculas hiperemiadas difusas, prurido, fadiga intensa, náuseas, vômitos, sensação de desmaio e dor abdominal há 4 dias. Nega comorbidades e refere que há 7 dias, sofreu picada de insetos em viagem.
O exame físico indica: T: 39ºC, PA: 90x70mmhg; SpO2: 98%; FC: 93bpm; FR: 12irpm.
BEG, corado, desidratado, comunicativo, Glasgow 15. Presença de rash cutâneo, AC e AP sem alterações. Abdome globoso, RHA+, dor à palpação de hipocôndrio direito.
Exames laboratoriais: hb: 16; ht: 46; leuco: 2.300; plaquetas: 45.000; NS1 positivo; TGO: 103; TGP: 127; GGT: 109; amilase: 70.
Diante desse quadro clínico, assinale a alternativa correta.
Alternativas
Q2015328 Medicina
Paciente de 79 anos é encaminhada ao pronto-socorro com quadro de sonolência, tosse de longa data, dispneia aos pequenos esforços há 20 dias, com piora progressiva. O exame físico indica: T: 36,7ºC; PA: 60x40mmHg; SpO2: 87%; FC: 98bpm; FR: 16irpm. REG, hipocorada ++/4, hidratada, comunicativa, sonolenta, Glasgow 14. Presença de turgência jugular. AC ausculta de B3. AP MV+ bilateralmente, com estertores crepitantes difusos. Membros superiores com extremidades frias, edema +/4. Membros inferiores com edema +++/4. TEC <3 segundos. Diante desse quadro clínico, classifique o perfil hemodinâmico dessa paciente e qual a melhor medicação para compensá-la.
Alternativas
Q2015327 Medicina
Paciente de 32 anos apresenta queixa de dor em hálux direito, edema e hiperemia local há três dias com aumento progressivo da dor. Nega febre, trauma e outras queixas. Também nega comorbidades. O exame físico indica: T:36,4°C; PA: 150/90 mmHg; SpO2: 98%; FC: 93bpm; FR:12irpm. Paciente em bom estado geral, hidratado, comunicativo, Glasgow 15. AC: BCRNF 2T sem sopro audível. AP: MV+, bilateralmente, sem ruídos adventícios. Pé direito: dor à palpação de articulação metarsofalangiana, hiperemia e edema local. Exames laboratoriais: hb: 14,3; ht: 39; leuco: 7300; bast: 0; seg: 57%; plaq: 210.000; ácido úrico: 9,8. Considerando esse caso clínico, quais medicamentos devem ser administrados para a crise dessa doença? 
Alternativas
Q2015326 Medicina
Paciente de 69 anos procura ajuda em pronto-socorro por epigastralgia intensa, tipo queimação, associada a náuseas há três dias. Refere histórico de gastrite de longa data, porém não está fazendo uso adequado de medicamentos. Há duas semanas, está fazendo tratamento para tendente, com uso de grande quantidade de medicamentos. No exame físico, verificam-se: T: 36,4°C; PA: 140/90 mmHg; SpO2: 98%; FC: 93bpm; FR:12irpm. Paciente em bom estado geral, corado, hidratado, comunicativo, Glasgow 15. AC: BCRNF 2T, sem sopro audível. AP: mv+, bilateralmente, sem ruídos adventícios. ABD: globoso, rha+, dor à palpação de epigastro, sem sinais de peritonite. Exames laboratoriais: hb:12,3; ht:38; leuco:7500; bast:0%; seg:54%; plaq: 200.000; amilase:30; TGO:20; TGP:24; GGT:32. Considerando o quadro clínico apresentado, assinale a alternativa correta.
Alternativas
Q2015325 Medicina
Paciente de 38 anos dá entrada em prontosocorro por queixa de edema periorbitário e em membros inferiores, aumento de volume abdominal, cansaço extremo e urina espumosa há 30 dias. Refere fazer tratamento para hepatite B há 10 anos. Nega comorbidades e alergias medicamentosas. Ao exame físico, verificam-se: T: 36,6°C; PA: 120/80 mmHg; SpO2: 98%; FC: 89bpm; FR: 12irpm. Paciente em bom estado geral, corada, hidratada, comunicativa, Glasgow 15. AC: BCRNF 2T sem sopro audível. AP: murmúrio e vesículas presentes sem ruídos adventícios. ABD: RHA+, globos, indolor à palpação, sinal de Piparote positivo. Membros inferiores: edema 3+/4+; cacifo positivo. Exames laboratoriais com presença de proteinúria maciça, hipoalbuminemia e hipercolesterolemia, sem presença de hematúria. Diante desse quadro clínico, assinale a alternativa correta. 
Alternativas
Ano: 2016 Banca: UFPR Órgão: PM-PR Prova: UFPR - 2016 - PM-PR - Aspirante |
Q2015304 Inglês


Six things I learned from riding in a Google self-driving car


1 - Human beings are terrible drivers.

      We drink. We doze. We text. In the US, 30,000 people die from automobile accidents every year. Traffic crashes are the primary cause of death worldwide for people aged 15-24, and during a crash, 40% of drivers never even hit the brakes. We’re flawed organisms, barreling around at high speeds in vessels covered in glass, metal, distraction, and death. This is one of Google’s “moonshots” – to remove human error from a job which, for the past hundred years, has been entirely human.

2 - Google self-driving cars are timid.

        The car we rode in did not strike me as dangerous. It drove slowly and deliberately, and I got the impression that it’s more likely to annoy other drivers than to harm them. In the early versions they tested on closed courses, the vehicles were programmed to be highly aggressive. Apparently during these tests, which involved obstacle courses full of traffic cones and inflatable crash-test objects, there were a lot of screeching brakes, roaring engines and terrified interns.

3 - They’re cute.

        Google’s new fleet was intentionally designed to look adorable. Our brains are hardwired to treat inanimate (or animate) objects with greater care, caution, and reverence when they resemble a living thing. By turning self-driving cars into an adorable Skynet Marshmallow Bumper Bots, Google hopes to spiritually disarm other drivers. I also suspect the cuteness is used to quell some of the road rage that might emerge from being stuck behind one of these things. They’re intended as moderate-distance couriers, not openroad warriors, so their max speed is 25 miles per hour.

4 - It’s not done and it’s not perfect.

      Some of the scenarios autonomous vehicles have the most trouble with are the same human beings have the most trouble with, such as traversing four-way stops or handling a yellow light. The cars use a mixture of 3D laser-mapping, GPS, and radar to analyze and interpret their surroundings, and the latest versions are fully electric with a range of about 100 miles. Despite the advantages over a human being in certain scenarios, however, these cars still aren’t ready for the real world. They can’t drive in the snow or heavy rain, and there’s a variety of complex situations they do not process well, such as passing through a construction zone. Google is hoping that, eventually, the cars will be able to handle all of this as well (or better) than a human could.

5 - I want this technology to succeed, like… yesterday.

        I’m biased. Earlier this year my mom had a stroke. It damaged the visual cortex of her brain, and her vision was impaired to the point that she’ll probably never drive again. This reduced her from a fully-functional, independent human being with a career and a buzzing social life into someone who is homebound, disabled, and powerless. When discussing self-driving cars, people tend to ask many superficial questions. They ignore that 45% of disabled people in the US still work. They ignore that 95% of a car’s lifetime is spent parked. They ignore how this technology could transform the lives of the elderly, or eradicate the need for parking lots or garages or gas stations. They dismiss the entire concept because they don’t think a computer could ever be as good at merging on the freeway as they are. They ignore the great, big, beautiful picture: that this technology could make our lives so much better.

6 - It wasn’t an exhilarating ride, and that’s a good thing.

        Riding in a self-driving car is not the cybernetic thrill ride one might expect. The car drives like a person, and after a few minutes you forget that you’re being driven autonomously. You forget that a robot is differentiating cars from pedestrians from mopeds from raccoons. You forget that millions of photons are being fired from a laser and interpreting, processing, and reacting to the hand signals of a cyclist. You forget that instead of an organic brain, which has had millions of years to evolve the cognitive ability to fumble its way through a four-way stop, you’re being piloted by an artificial one, which was birthed in less than a decade. The unfortunate part of something this transformative is the inevitable, ardent stupidity which is going to erupt from the general public. Even if in a few years self-driving cars are proven to be ten times safer than human-operated cars, all it’s going to take is one tragic accident and the public is going to lose their minds. There will be outrage. There will be politicizing. There will be hashtags. I say look at the bigger picture. All the self-driving cars currently on the road learn from one another, and possess 40 years of driving experience. And this technology is still in its infancy.


(Adapted from:: <http://theoatmeal.com/blog/google_self_driving_car> . 21/08/2016.)

Based on the text, it is correct to affirm that the author:
Alternativas
Ano: 2016 Banca: UFPR Órgão: PM-PR Prova: UFPR - 2016 - PM-PR - Aspirante |
Q2015303 Inglês


Six things I learned from riding in a Google self-driving car


1 - Human beings are terrible drivers.

      We drink. We doze. We text. In the US, 30,000 people die from automobile accidents every year. Traffic crashes are the primary cause of death worldwide for people aged 15-24, and during a crash, 40% of drivers never even hit the brakes. We’re flawed organisms, barreling around at high speeds in vessels covered in glass, metal, distraction, and death. This is one of Google’s “moonshots” – to remove human error from a job which, for the past hundred years, has been entirely human.

2 - Google self-driving cars are timid.

        The car we rode in did not strike me as dangerous. It drove slowly and deliberately, and I got the impression that it’s more likely to annoy other drivers than to harm them. In the early versions they tested on closed courses, the vehicles were programmed to be highly aggressive. Apparently during these tests, which involved obstacle courses full of traffic cones and inflatable crash-test objects, there were a lot of screeching brakes, roaring engines and terrified interns.

3 - They’re cute.

        Google’s new fleet was intentionally designed to look adorable. Our brains are hardwired to treat inanimate (or animate) objects with greater care, caution, and reverence when they resemble a living thing. By turning self-driving cars into an adorable Skynet Marshmallow Bumper Bots, Google hopes to spiritually disarm other drivers. I also suspect the cuteness is used to quell some of the road rage that might emerge from being stuck behind one of these things. They’re intended as moderate-distance couriers, not openroad warriors, so their max speed is 25 miles per hour.

4 - It’s not done and it’s not perfect.

      Some of the scenarios autonomous vehicles have the most trouble with are the same human beings have the most trouble with, such as traversing four-way stops or handling a yellow light. The cars use a mixture of 3D laser-mapping, GPS, and radar to analyze and interpret their surroundings, and the latest versions are fully electric with a range of about 100 miles. Despite the advantages over a human being in certain scenarios, however, these cars still aren’t ready for the real world. They can’t drive in the snow or heavy rain, and there’s a variety of complex situations they do not process well, such as passing through a construction zone. Google is hoping that, eventually, the cars will be able to handle all of this as well (or better) than a human could.

5 - I want this technology to succeed, like… yesterday.

        I’m biased. Earlier this year my mom had a stroke. It damaged the visual cortex of her brain, and her vision was impaired to the point that she’ll probably never drive again. This reduced her from a fully-functional, independent human being with a career and a buzzing social life into someone who is homebound, disabled, and powerless. When discussing self-driving cars, people tend to ask many superficial questions. They ignore that 45% of disabled people in the US still work. They ignore that 95% of a car’s lifetime is spent parked. They ignore how this technology could transform the lives of the elderly, or eradicate the need for parking lots or garages or gas stations. They dismiss the entire concept because they don’t think a computer could ever be as good at merging on the freeway as they are. They ignore the great, big, beautiful picture: that this technology could make our lives so much better.

6 - It wasn’t an exhilarating ride, and that’s a good thing.

        Riding in a self-driving car is not the cybernetic thrill ride one might expect. The car drives like a person, and after a few minutes you forget that you’re being driven autonomously. You forget that a robot is differentiating cars from pedestrians from mopeds from raccoons. You forget that millions of photons are being fired from a laser and interpreting, processing, and reacting to the hand signals of a cyclist. You forget that instead of an organic brain, which has had millions of years to evolve the cognitive ability to fumble its way through a four-way stop, you’re being piloted by an artificial one, which was birthed in less than a decade. The unfortunate part of something this transformative is the inevitable, ardent stupidity which is going to erupt from the general public. Even if in a few years self-driving cars are proven to be ten times safer than human-operated cars, all it’s going to take is one tragic accident and the public is going to lose their minds. There will be outrage. There will be politicizing. There will be hashtags. I say look at the bigger picture. All the self-driving cars currently on the road learn from one another, and possess 40 years of driving experience. And this technology is still in its infancy.


(Adapted from:: <http://theoatmeal.com/blog/google_self_driving_car> . 21/08/2016.)

In the sentence “They dismiss the entire concept because they don’t think a computer…”, the underlined word can be substituted, without losing its meaning, by: 
Alternativas
Ano: 2016 Banca: UFPR Órgão: PM-PR Prova: UFPR - 2016 - PM-PR - Aspirante |
Q2015302 Inglês


Six things I learned from riding in a Google self-driving car


1 - Human beings are terrible drivers.

      We drink. We doze. We text. In the US, 30,000 people die from automobile accidents every year. Traffic crashes are the primary cause of death worldwide for people aged 15-24, and during a crash, 40% of drivers never even hit the brakes. We’re flawed organisms, barreling around at high speeds in vessels covered in glass, metal, distraction, and death. This is one of Google’s “moonshots” – to remove human error from a job which, for the past hundred years, has been entirely human.

2 - Google self-driving cars are timid.

        The car we rode in did not strike me as dangerous. It drove slowly and deliberately, and I got the impression that it’s more likely to annoy other drivers than to harm them. In the early versions they tested on closed courses, the vehicles were programmed to be highly aggressive. Apparently during these tests, which involved obstacle courses full of traffic cones and inflatable crash-test objects, there were a lot of screeching brakes, roaring engines and terrified interns.

3 - They’re cute.

        Google’s new fleet was intentionally designed to look adorable. Our brains are hardwired to treat inanimate (or animate) objects with greater care, caution, and reverence when they resemble a living thing. By turning self-driving cars into an adorable Skynet Marshmallow Bumper Bots, Google hopes to spiritually disarm other drivers. I also suspect the cuteness is used to quell some of the road rage that might emerge from being stuck behind one of these things. They’re intended as moderate-distance couriers, not openroad warriors, so their max speed is 25 miles per hour.

4 - It’s not done and it’s not perfect.

      Some of the scenarios autonomous vehicles have the most trouble with are the same human beings have the most trouble with, such as traversing four-way stops or handling a yellow light. The cars use a mixture of 3D laser-mapping, GPS, and radar to analyze and interpret their surroundings, and the latest versions are fully electric with a range of about 100 miles. Despite the advantages over a human being in certain scenarios, however, these cars still aren’t ready for the real world. They can’t drive in the snow or heavy rain, and there’s a variety of complex situations they do not process well, such as passing through a construction zone. Google is hoping that, eventually, the cars will be able to handle all of this as well (or better) than a human could.

5 - I want this technology to succeed, like… yesterday.

        I’m biased. Earlier this year my mom had a stroke. It damaged the visual cortex of her brain, and her vision was impaired to the point that she’ll probably never drive again. This reduced her from a fully-functional, independent human being with a career and a buzzing social life into someone who is homebound, disabled, and powerless. When discussing self-driving cars, people tend to ask many superficial questions. They ignore that 45% of disabled people in the US still work. They ignore that 95% of a car’s lifetime is spent parked. They ignore how this technology could transform the lives of the elderly, or eradicate the need for parking lots or garages or gas stations. They dismiss the entire concept because they don’t think a computer could ever be as good at merging on the freeway as they are. They ignore the great, big, beautiful picture: that this technology could make our lives so much better.

6 - It wasn’t an exhilarating ride, and that’s a good thing.

        Riding in a self-driving car is not the cybernetic thrill ride one might expect. The car drives like a person, and after a few minutes you forget that you’re being driven autonomously. You forget that a robot is differentiating cars from pedestrians from mopeds from raccoons. You forget that millions of photons are being fired from a laser and interpreting, processing, and reacting to the hand signals of a cyclist. You forget that instead of an organic brain, which has had millions of years to evolve the cognitive ability to fumble its way through a four-way stop, you’re being piloted by an artificial one, which was birthed in less than a decade. The unfortunate part of something this transformative is the inevitable, ardent stupidity which is going to erupt from the general public. Even if in a few years self-driving cars are proven to be ten times safer than human-operated cars, all it’s going to take is one tragic accident and the public is going to lose their minds. There will be outrage. There will be politicizing. There will be hashtags. I say look at the bigger picture. All the self-driving cars currently on the road learn from one another, and possess 40 years of driving experience. And this technology is still in its infancy.


(Adapted from:: <http://theoatmeal.com/blog/google_self_driving_car> . 21/08/2016.)

The text points out that the design of the self-driving car is deliberately attractive because:
Alternativas
Respostas
9421: B
9422: C
9423: C
9424: E
9425: C
9426: A
9427: C
9428: B
9429: E
9430: A
9431: D
9432: D
9433: C
9434: C
9435: C
9436: D
9437: B
9438: B
9439: A
9440: B