Um instrutor de LIBRAS está ensinando sobre categorias
gramaticais. Ele quer explicar a diferença entre verbos e
adjetivos na LIBRAS. Qual dos seguintes exemplos ele
deveria usar para ilustrar um verbo em LIBRAS?
Suponha que você está organizando um seminário sobre os desafios enfrentados na educação de surdos antes do reconhecimento da língua de sinais. Sobre o assunto, julgue as seguintes afirmações como verdadeiras (V) ou falsas (F):
(__) Antes do reconhecimento da língua de sinais, os surdos eram amplamente aceitos e incluídos na sociedade.
(__) A língua de sinais foi imediatamente aceita como forma de comunicação e ensino após sua introdução no Brasil, pois veio para facilitar a inclusão dos surdos na sociedade.
(__) Diferentes abordagens pedagógicas, como o oralismo e o bilinguismo, surgiram no século XIX para ensinar os surdos.
Assinale a alternativa cuja respectiva ordem de julgamento esteja correta
Um Intérprete de Libras trabalha na tradução de uma peça teatral que explora o hibridismo cultural. Sobre isso, julgue as seguintes afirmações como verdadeiras (V) ou falsas (F):
(__) A tradução cultural envolve apenas a transferência literal de palavras de uma língua para outra.
(__) O Intérprete de Libras deve estar preparado para romper com enunciações coloniais e representações subalternas da cultura surda.
(__) A cultura surda é estática e não contém estratégias que regulam e controlam a vida dos surdos.
Assinale a alternativa cuja respectiva ordem de julgamento esteja correta:
Stanford Medicine scientists transform cancer cells into weapons against cancer
March 1, 2023 - By Christopher Vaughan
(1º§) Some cities fight gangs with ex-members whoeducate kids and starve gangs of new recruits. Stanford Medicine researchers have done something similar with cancer — altering cancer cells so that they teach the body's immune system to fight the very cancer the cells came from.
(2º§) "This approach could open up an entirely new therapeutic approach to treating cancer," said Ravi Majeti, MD, PhD, a professor of hematology and the study's senior author. The research was published March 1 in Cancer Discovery. The lead author is Miles Linde, PhD, a former PhD student in immunology who is now at the Fred Hutchinson Cancer Institute in Seattle.
(3º§) Some of the most promising cancer treatments use the patient's own immune system to attack the cancer, often __ taking the brakes off immune responses to cancer or by teaching the immune system to recognize and attack the cancer more vigorously. T cells, part of the immune system that learns to identify and attack new pathogens such as viruses, can be trained to recognize specific cancer antigens, which are proteins that generate an immune response.
(4º§) For instance, in CAR T-cell therapy, T cells are taken from a patient, programmed to recognize a specific cancer antigen, then returned to the patient. But there are many cancer antigens, and physicians sometimes need to guess which ones will be most potent.
(5º§) A better approach would be to train T cells to recognize cancer via processes that more closely mimic the way things naturally occur in the body — like the way a vaccine teaches the immune system to recognize pathogens. T cells learn to recognize pathogens because special antigen presenting cells (APCs) gather pieces of the pathogen and show them to the T cells in a way that tells the T cells, "Here is what the pathogen looks like — go get it."
(6º§) Something similar in cancer would be for APCs to gather up the many antigens that characterize a cancer cell. That way, instead of T cells being programmed to attack one or a few antigens, they are trained to recognize many cancer antigens and are more likely to wage a multipronged attack on the cancer.
(7º§) Now that researchers have become adept at transforming one kind of cell into another, Majeti and his colleagues had a hunch that if they turned cancer cells into a type of APC called macrophages, they would be naturally adept at teaching T cells what to attack.
(8º§) "We hypothesized that maybe cancer cells reprogrammed into macrophage cells could stimulate T cells because those APCs carry all the antigens of the cancer cells they came from," said Majeti, who is also the RZ Cao Professor, assistant director of the Institute for Stem Cell Biology and Regenerative Medicine and director of the Ludwig Center for Cancer Stem Cell Research and Medicine.
(9º§) The study builds on prior research from the Majeti lab showing that cells taken from patients with a type of acute leukemia could be converted into non-leukemic macrophages with many of the properties of APCs.
(10º§) In the current study, the researchers programmed mouse leukemia cells so that some of them could be induced to transform themselves into APCs. When they tested their cancer vaccine strategy on the mouse immune system, the mice successfully cleared the cancer.
(11º§) "When we first saw the data showing clearance of the leukemia in the mice __ working immune systems, we were blown away," Majeti said. "We couldn't believe it worked as well as it did."
(12º§) Other experiments showed that the cells created from cancer cells were indeed acting as antigen-presenting cells that sensitized T cells to the cancer. "What's more, we showed that the immune system remembered what these cells taught them," Majeti said. "When we reintroduced cancer to these mice over 100 days after the initial tumor inoculation, they still had a strong immunological response that protected them."
(13º§) "We wondered, If this works with leukemias, will it also work with solid tumors?" Majeti said. The team tested the same approach using mouse fibrosarcoma, breast cancer, and bone cancer. "The transformation of cancer cells from solid tumors was not as efficient, but we still observed positive results," Majeti said. With all three cancers, the creation of tumor-derived APCs led to significantly improved survival.
(14º§) Lastly, the researchers returned to the original type of acute leukemia. When the human leukemia cell-derived APCs were exposed to human T cells from the same patient, they observed all the signs that would be expected if the APCs were indeed teaching the T cells how to attack the leukemia.
(15º§) "We showed that reprogrammed tumor cells could lead to a durable and systemic attack on the cancer in mice and a similar response with human patient immune cells," Majeti said. "In the future we might be able to take out tumor cells, transform them into APCs and give them back to patients as a therapeutic cancer vaccine."
(16º§) "Ultimately, we might be able to inject RNA into patients and transform enough cells to activate the immune system against cancer without having to take cells out first," Majeti said. "That's science fiction __ this point, but that's the direction we are interested in going."
(17º§) The work was supported by funding from the Ludwig Foundation for Cancer Research, the Emerson Collective Cancer Research Fund, the New York Stem Cell Foundation, the Stinehart-Reed Foundation, the Leukemia and Lymphoma Society, the J. Benjamin Eckenhoff Fund, the Blavatnik Family Fellowship, the Deutsche Forschungsgemainshaft, the Knut and Alice Wallenberg Foundation, the Stanford Human Biology Research Exploration Program, the National Institutes of Health (grant F31CA196029), the American Society of Hematology, the A.P. Giannini Foundation, and the Stanford Cancer Institute.
(adapted)
med.stanford.edu/news/all-news/2023/03/cancer-hematology.html
PROFESSOR INGLÊS - 1 8
What does the phrasal verb "take out" mean in the
sentence "In the future we might be able to take out
tumor cells, transform them into APCs and give them
back to patients as a therapeutic cancer vaccine" (15º§)?
Em uma sequência numérica, os números são gerados
de acordo com uma regra lógica específica. Observando
os primeiros termos da sequência, tente identificar a
lógica e determine o próximo número.
Sequência:
4, 13, 40, 121, 364, ...
Com base na sequência acima, qual será o próximo termo?
Sequência:
4, 13, 40, 121, 364, ...
Com base na sequência acima, qual será o próximo termo?
What is the primary function of adverbial clauses in the
following sentence: "She went to the store because she
needed milk, although it was raining"?
Para Diana Brydon: "O mundo contemporâneo requer
habilidades de letramento avançadas e isto inclui a
capacidade de pensar criticamente, incluindo
contextualização, análise, adaptação, tradução de
informação e interação entre os indivíduos dentro e além
de sua comunidade" (BRYDON, 2011, p. 105). Quando
se fala em alfabetização e letramento, é necessário
observar uma das principais diferenças entre estes dois
processos educativos: basicamente, a alfabetização
ensina a codificar e decodificar o sistema de escrita;
enquanto o letramento instrui o domínio e o uso da
linguagem como prática social. Desta forma, o processo
de alfabetização pode ser visto como um processo finito,
na medida em que o letramento pode ser continuamente
desenvolvido. Apesar dessas diferenças, os dois
processos interagem entre si, e podem ser utilizados de
maneira eficaz no ensino de linguagens no meio
educacional. Sobre o letramento em língua inglesa, e
seguindo a teoria do Letramento Crítico, assinale a
alternativa CORRETA.
BRYDON, D. 2011. Local Needs, Global Contexts: Learning New Literacies. In: MACIEL, R. F. e ARAÚJO, V. A. (Orgs). Formação de professores de línguas: ampliando perspectivas. Jundiaí, Paco Editora. Pp.105.
I.A linguagem é neutra e transparente, não sendo perpassada por influências históricas e culturais, então o processo de letramento em língua inglesa diz respeito somente ao aprendizado do alfabeto estrangeiro.
II.A linguagem exerce um papel fundamental na formação crítica dos cidadãos, e o ensino de língua inglesa pode possibilitar a construção da visão crítica dos estudantes.
III.O letramento crítico pode ser fomentado a partir do trabalho dos professores de língua inglesa, na construção, com os estudantes, das váriasinterpretações possíveis dos discursos contidos em textos (orais e/ou escritos).
BRYDON, D. 2011. Local Needs, Global Contexts: Learning New Literacies. In: MACIEL, R. F. e ARAÚJO, V. A. (Orgs). Formação de professores de línguas: ampliando perspectivas. Jundiaí, Paco Editora. Pp.105.
I.A linguagem é neutra e transparente, não sendo perpassada por influências históricas e culturais, então o processo de letramento em língua inglesa diz respeito somente ao aprendizado do alfabeto estrangeiro.
II.A linguagem exerce um papel fundamental na formação crítica dos cidadãos, e o ensino de língua inglesa pode possibilitar a construção da visão crítica dos estudantes.
III.O letramento crítico pode ser fomentado a partir do trabalho dos professores de língua inglesa, na construção, com os estudantes, das váriasinterpretações possíveis dos discursos contidos em textos (orais e/ou escritos).
Consider the sentences below:
I.He doesn't know how to play __ the other children.
II. I'm thinking of going up the hill __ the neighboring town next week.
III. He left the flowers __ top of the car while he paid the bill.
Complete the sentences and select the CORRECT alternative:
Which reading strategy is most suitable for identifying
specific information in a complex infographic?
Consider the dialogue below:
Anna: Hey, John, did you hear about the new project we are supposed to start next week?
John: Yes, but I'm not sure if I'm ready for it. I haven't even finished the current one.
Anna: Oh, I understand. I also feel overwhelmed. But did you talk to Mark about it?
John: Not yet. I know he is very busy, and I don't want to bother him.
Anna: I get it, but maybe if you explain your situation, he could give you more time.
John: Maybe you're right. I guess I'll give it a try. Thanks,
Anna. Anna: No worries! Good luck!
Based on the dialogue, what can we infer about John?
RAID é uma técnica de armazenamento que utiliza um
conjunto de discos de HD ou SSD para aumentar a
velocidade de processamento e/ou a proteção dos
dados. A distribuição com paridade dupla caracteriza o:
A efetividade da gestão e garantia da transparência das ações da administração pública pode ser garantida por meio de ferramentas gerenciais. Assinale a alternativa correspondente a uma das ferramentas gerenciais da administração pública que possui esse objetivo descrito.
As Tabelas Dinâmicas no Excel 2019 evoluíram para
oferecer novas funcionalidades de análise, incorporando
ferramentas interativas que permitem filtrar e relacionar
dados em tempo real. Acerca do assunto, marque V,
para as afirmativas verdadeiras, e F, para as falsas:
(__) As Tabelas Dinâmicas do Excel 2019 exigem a instalação de complementos de terceiros para criarsegmentações de dados.
(__) É possível configurar segmentações de dados diretamente nas Tabelas Dinâmicas para filtrar informações de maneira mais intuitiva.
(__) O recurso de conexão com o Power Query facilita a integração com diferentes fontes de dados, possibilitando atualizações em tempo real.
(__) O Excel 2019 oferece melhorias que incluem a aplicação de formatação condicional integrada, destacando valores e tendências nos relatórios.
A sequência está correta em:
(__) As Tabelas Dinâmicas do Excel 2019 exigem a instalação de complementos de terceiros para criarsegmentações de dados.
(__) É possível configurar segmentações de dados diretamente nas Tabelas Dinâmicas para filtrar informações de maneira mais intuitiva.
(__) O recurso de conexão com o Power Query facilita a integração com diferentes fontes de dados, possibilitando atualizações em tempo real.
(__) O Excel 2019 oferece melhorias que incluem a aplicação de formatação condicional integrada, destacando valores e tendências nos relatórios.
A sequência está correta em:
In the sentence "She must have been studying when you
called," what is the function of the modal auxiliary
"must"?
Dentre as opções abaixo, qual expressa corretamente opapel da ética na escola contemporânea:
ACS•
Gabriela ganhou 16 livros e vai selecioná-los de 2 em 2,
pois pretende ler 2 a cada mês. De quantas maneiras
diferentes ela pode fazer essa seleção?
O texto seguinte servirá de base para responder à questão.
Manufacturing dips as container outlook slides
The NEOI fell to 48.9 in August from 49.6 in July, indicating deteriorating trade conditions for the third consecutive month. Traded goods slowed in both developed and emerging markets, but India maintained a modest growth in goods exports during August, the last month for which figures are available.
In addition, the global PMI has shown a contraction of manufacturing, signalling a further deterioration in cargo levels in the immediate future.
"China's goods exports fell for the first time in 2024, signalling a broader decline in manufacturing as the year progresses," said global freight forwarder Dimerco.
Headquartered in Taiwan, the Taipei-listed forwarder said that the Federal Reserve's recent interest rate cut may revive global goods trade.
August trading in the US continued to grow amid concerns about a US East Coast strike, and a November election that could see major import tariffs imposed on goods, said Dimerco.
"The early peak season suggests an earlier-than-usual start to the slow season, with expected declines in handling volume from September to December, projected at 2.31m, 2.08m, 1.92m, and 1.89m teu, respectively. If these forecasts hold, total port volume for 2024 could reach 24.98m teu, a 12% increase from 2023," said Alvin Fuh, VP - ocean freight at Dimerco Express Group.
Dynamar analyst Darron Wadey, said: "Approaching 470 vessels bringing around 3.2m teu in capacity are expected to be delivered by the end of 2024."
That massive increase in capacity, and the fact that much of this increase is for larger sized vessels, means that any correction in freight rates should have started up to a year ago, according to Wadey.
"It is only the happenstance of the Red Sea and US East Coast situations that have, artificially, buoyed the markets. When the markets do correct therefore, the falls will only be more dramatic because the inevitable has been delayed whilst the stream of new ships coming online continues," said Wadey.
Drewry Shipping Consultants' analysis shows that blank sailings are expected to increase between 9 September and 7 October with an additional 53 blanked sailings, totalling 90 for the period. Some 67% of these cancelled services were on the Pacific eastbound, while a further 21% on the Asia to Europe trades and 12% on the Atlantic.
Even with these cancelled services, rates are continuing to fall on all the major trades, according to Dimerco.
New entrants are said to be another element to failure of lines to maintain rate levels.
"While the three major alliances are increasing blank sailings, several individual carriers have deployed 11 extra vessels for Europe WB and 14 for TPEB to handle the expected cargo surge before China's Golden Week. However, the anticipated pre-October 1 cargo rush in China did not materialise this year, leaving no backlogs or rollover cargo for these extra loaders to transport," said Dimerco's monthly analysis.
Rebalancing trade can only be achieved through the long-term and steady growth of trade, said Wadey, combined with "a strategic rather than knee-jerk ship ordering policy". These required shifts are generational, he said, "in the short term, political events in the US might lead to an end-2024 rush for cargoes again... but then where does that leave 2025 and beyond?"
Drewry's WCI index fell a further 7% this week, closing at $3,691/feu.
https://www.seatrade-maritime.com/containers/manufacturing-dips-as-container-outlook-slides
According to the article, what is the significance of the NEOI dropping to 48.9 in August?
Stanford Medicine scientists transform cancer cells into weapons against cancer
March 1, 2023 - By Christopher Vaughan
(1º§) Some cities fight gangs with ex-members whoeducate kids and starve gangs of new recruits. Stanford Medicine researchers have done something similar with cancer — altering cancer cells so that they teach the body's immune system to fight the very cancer the cells came from.
(2º§) "This approach could open up an entirely new therapeutic approach to treating cancer," said Ravi Majeti, MD, PhD, a professor of hematology and the study's senior author. The research was published March 1 in Cancer Discovery. The lead author is Miles Linde, PhD, a former PhD student in immunology who is now at the Fred Hutchinson Cancer Institute in Seattle.
(3º§) Some of the most promising cancer treatments use the patient's own immune system to attack the cancer, often __ taking the brakes off immune responses to cancer or by teaching the immune system to recognize and attack the cancer more vigorously. T cells, part of the immune system that learns to identify and attack new pathogens such as viruses, can be trained to recognize specific cancer antigens, which are proteins that generate an immune response.
(4º§) For instance, in CAR T-cell therapy, T cells are taken from a patient, programmed to recognize a specific cancer antigen, then returned to the patient. But there are many cancer antigens, and physicians sometimes need to guess which ones will be most potent.
(5º§) A better approach would be to train T cells to recognize cancer via processes that more closely mimic the way things naturally occur in the body — like the way a vaccine teaches the immune system to recognize pathogens. T cells learn to recognize pathogens because special antigen presenting cells (APCs) gather pieces of the pathogen and show them to the T cells in a way that tells the T cells, "Here is what the pathogen looks like — go get it."
(6º§) Something similar in cancer would be for APCs to gather up the many antigens that characterize a cancer cell. That way, instead of T cells being programmed to attack one or a few antigens, they are trained to recognize many cancer antigens and are more likely to wage a multipronged attack on the cancer.
(7º§) Now that researchers have become adept at transforming one kind of cell into another, Majeti and his colleagues had a hunch that if they turned cancer cells into a type of APC called macrophages, they would be naturally adept at teaching T cells what to attack.
(8º§) "We hypothesized that maybe cancer cells reprogrammed into macrophage cells could stimulate T cells because those APCs carry all the antigens of the cancer cells they came from," said Majeti, who is also the RZ Cao Professor, assistant director of the Institute for Stem Cell Biology and Regenerative Medicine and director of the Ludwig Center for Cancer Stem Cell Research and Medicine.
(9º§) The study builds on prior research from the Majeti lab showing that cells taken from patients with a type of acute leukemia could be converted into non-leukemic macrophages with many of the properties of APCs.
(10º§) In the current study, the researchers programmed mouse leukemia cells so that some of them could be induced to transform themselves into APCs. When they tested their cancer vaccine strategy on the mouse immune system, the mice successfully cleared the cancer.
(11º§) "When we first saw the data showing clearance of the leukemia in the mice __ working immune systems, we were blown away," Majeti said. "We couldn't believe it worked as well as it did."
(12º§) Other experiments showed that the cells created from cancer cells were indeed acting as antigen-presenting cells that sensitized T cells to the cancer. "What's more, we showed that the immune system remembered what these cells taught them," Majeti said. "When we reintroduced cancer to these mice over 100 days after the initial tumor inoculation, they still had a strong immunological response that protected them."
(13º§) "We wondered, If this works with leukemias, will it also work with solid tumors?" Majeti said. The team tested the same approach using mouse fibrosarcoma, breast cancer, and bone cancer. "The transformation of cancer cells from solid tumors was not as efficient, but we still observed positive results," Majeti said. With all three cancers, the creation of tumor-derived APCs led to significantly improved survival.
(14º§) Lastly, the researchers returned to the original type of acute leukemia. When the human leukemia cell-derived APCs were exposed to human T cells from the same patient, they observed all the signs that would be expected if the APCs were indeed teaching the T cells how to attack the leukemia.
(15º§) "We showed that reprogrammed tumor cells could lead to a durable and systemic attack on the cancer in mice and a similar response with human patient immune cells," Majeti said. "In the future we might be able to take out tumor cells, transform them into APCs and give them back to patients as a therapeutic cancer vaccine."
(16º§) "Ultimately, we might be able to inject RNA into patients and transform enough cells to activate the immune system against cancer without having to take cells out first," Majeti said. "That's science fiction __ this point, but that's the direction we are interested in going."
(17º§) The work was supported by funding from the Ludwig Foundation for Cancer Research, the Emerson Collective Cancer Research Fund, the New York Stem Cell Foundation, the Stinehart-Reed Foundation, the Leukemia and Lymphoma Society, the J. Benjamin Eckenhoff Fund, the Blavatnik Family Fellowship, the Deutsche Forschungsgemainshaft, the Knut and Alice Wallenberg Foundation, the Stanford Human Biology Research Exploration Program, the National Institutes of Health (grant F31CA196029), the American Society of Hematology, the A.P. Giannini Foundation, and the Stanford Cancer Institute.
(adapted)
med.stanford.edu/news/all-news/2023/03/cancer-hematology.html
PROFESSOR INGLÊS - 1 8
What groundbreaking approach to cancer treatment does
the research discuss?
Stanford Medicine scientists transform cancer cells into weapons against cancer
March 1, 2023 - By Christopher Vaughan
(1º§) Some cities fight gangs with ex-members whoeducate kids and starve gangs of new recruits. Stanford Medicine researchers have done something similar with cancer — altering cancer cells so that they teach the body's immune system to fight the very cancer the cells came from.
(2º§) "This approach could open up an entirely new therapeutic approach to treating cancer," said Ravi Majeti, MD, PhD, a professor of hematology and the study's senior author. The research was published March 1 in Cancer Discovery. The lead author is Miles Linde, PhD, a former PhD student in immunology who is now at the Fred Hutchinson Cancer Institute in Seattle.
(3º§) Some of the most promising cancer treatments use the patient's own immune system to attack the cancer, often __ taking the brakes off immune responses to cancer or by teaching the immune system to recognize and attack the cancer more vigorously. T cells, part of the immune system that learns to identify and attack new pathogens such as viruses, can be trained to recognize specific cancer antigens, which are proteins that generate an immune response.
(4º§) For instance, in CAR T-cell therapy, T cells are taken from a patient, programmed to recognize a specific cancer antigen, then returned to the patient. But there are many cancer antigens, and physicians sometimes need to guess which ones will be most potent.
(5º§) A better approach would be to train T cells to recognize cancer via processes that more closely mimic the way things naturally occur in the body — like the way a vaccine teaches the immune system to recognize pathogens. T cells learn to recognize pathogens because special antigen presenting cells (APCs) gather pieces of the pathogen and show them to the T cells in a way that tells the T cells, "Here is what the pathogen looks like — go get it."
(6º§) Something similar in cancer would be for APCs to gather up the many antigens that characterize a cancer cell. That way, instead of T cells being programmed to attack one or a few antigens, they are trained to recognize many cancer antigens and are more likely to wage a multipronged attack on the cancer.
(7º§) Now that researchers have become adept at transforming one kind of cell into another, Majeti and his colleagues had a hunch that if they turned cancer cells into a type of APC called macrophages, they would be naturally adept at teaching T cells what to attack.
(8º§) "We hypothesized that maybe cancer cells reprogrammed into macrophage cells could stimulate T cells because those APCs carry all the antigens of the cancer cells they came from," said Majeti, who is also the RZ Cao Professor, assistant director of the Institute for Stem Cell Biology and Regenerative Medicine and director of the Ludwig Center for Cancer Stem Cell Research and Medicine.
(9º§) The study builds on prior research from the Majeti lab showing that cells taken from patients with a type of acute leukemia could be converted into non-leukemic macrophages with many of the properties of APCs.
(10º§) In the current study, the researchers programmed mouse leukemia cells so that some of them could be induced to transform themselves into APCs. When they tested their cancer vaccine strategy on the mouse immune system, the mice successfully cleared the cancer.
(11º§) "When we first saw the data showing clearance of the leukemia in the mice __ working immune systems, we were blown away," Majeti said. "We couldn't believe it worked as well as it did."
(12º§) Other experiments showed that the cells created from cancer cells were indeed acting as antigen-presenting cells that sensitized T cells to the cancer. "What's more, we showed that the immune system remembered what these cells taught them," Majeti said. "When we reintroduced cancer to these mice over 100 days after the initial tumor inoculation, they still had a strong immunological response that protected them."
(13º§) "We wondered, If this works with leukemias, will it also work with solid tumors?" Majeti said. The team tested the same approach using mouse fibrosarcoma, breast cancer, and bone cancer. "The transformation of cancer cells from solid tumors was not as efficient, but we still observed positive results," Majeti said. With all three cancers, the creation of tumor-derived APCs led to significantly improved survival.
(14º§) Lastly, the researchers returned to the original type of acute leukemia. When the human leukemia cell-derived APCs were exposed to human T cells from the same patient, they observed all the signs that would be expected if the APCs were indeed teaching the T cells how to attack the leukemia.
(15º§) "We showed that reprogrammed tumor cells could lead to a durable and systemic attack on the cancer in mice and a similar response with human patient immune cells," Majeti said. "In the future we might be able to take out tumor cells, transform them into APCs and give them back to patients as a therapeutic cancer vaccine."
(16º§) "Ultimately, we might be able to inject RNA into patients and transform enough cells to activate the immune system against cancer without having to take cells out first," Majeti said. "That's science fiction __ this point, but that's the direction we are interested in going."
(17º§) The work was supported by funding from the Ludwig Foundation for Cancer Research, the Emerson Collective Cancer Research Fund, the New York Stem Cell Foundation, the Stinehart-Reed Foundation, the Leukemia and Lymphoma Society, the J. Benjamin Eckenhoff Fund, the Blavatnik Family Fellowship, the Deutsche Forschungsgemainshaft, the Knut and Alice Wallenberg Foundation, the Stanford Human Biology Research Exploration Program, the National Institutes of Health (grant F31CA196029), the American Society of Hematology, the A.P. Giannini Foundation, and the Stanford Cancer Institute.
(adapted)
med.stanford.edu/news/all-news/2023/03/cancer-hematology.html
PROFESSOR INGLÊS - 1 8
Rewrite the sentence "[...], the researchers programmed
mouse leukemia cells so that some of them could be
induced to transform themselves into APCs" (10º§) in the
passive voice.
Ao utilizar o Google Meet para uma reunião, marque a
opção com a descrição correta sobre a funcionalidade de
compartilhar apenas uma seção específica com os
demais participantes, ao invés de uma tela inteira
durante a reunião: