Science and technology for research and medicine

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Test your knowledge on medical tools and tech.

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OPEN UP 5 UNIT 3: THERE IS/ARE, THERE WAS, THERE WERE

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Science and technology for research and medicine


Science and technology for research and medicineVersión en línea Test your knowledge on medical tools and tech. por YAKILI LMS 1 Medical devices undergo regulatory review before market release. Yes No 2 Dialysis is often required when kidney function declines severely. Yes No 3 Antivirals cure viral infections in every patient instantly. Yes No 4 Antiviral drugs treat infections caused by viruses. Yes No 5 Stethoscopes can replace MRI for detailed brain imaging. Yes No 6 Electrocardiograms (ECG) record the electrical activity of the heart. Yes No 7 Cryopreservation damages tissues and is never used in medicine. Yes No 8 In vitro fertilization has helped many couples conceive. Yes No 9 Genomic sequencing helps tailor cancer treatments to individual patients. Yes No 10 Cryopreservation is used to preserve tissues and cells for future use. Yes No 11 Therapies like physical therapy support recovery after injury or surgery. Yes No 12 Smart syringes minimize the risk of needlestick injuries. Yes No 13 Point-of-care testing enables rapid results at the patient’s side. Yes No 14 The development of vaccines has greatly reduced the incidence of infectious diseases. Yes No 15 Bioprinting is explored for creating tissue constructs for transplantation. Yes No 16 Ultrasound can visualize bones with the same clarity as X-ray. Yes No 17 Ultrasound is used in pregnancy monitoring to visualize fetal development. Yes No 18 A spoonful of antibiotics each day can prevent all bacterial infections. Yes No 19 Vaccination campaigns reduce outbreak sizes in communities. Yes No 20 Antibody tests help determine exposure to diseases like COVID-19. Yes No 21 Computed tomography (CT) scans provide cross-sectional body images. Yes No 22 Disinfectants help reduce microbial load on surfaces. Yes No 23 Anesthetics enable patients to undergo surgery without pain. Yes No 24 Artificial organs are being developed to support organ failure. Yes No 25 Dialysis technologies remove waste products from the blood. Yes No 26 PPE standards help prevent hospital-acquired infections. Yes No 27 Biomarkers aid in diagnosing diseases and monitoring treatment response. Yes No 28 Clinical trials are essential to establishing the safety of new treatments. Yes No 29 Stethoscopes were invented to listen to heart and lung sounds. Yes No 30 All surgical robots are fully autonomous without human control. Yes No 31 Biomedical engineering integrates biology with design to solve health problems. Yes No 32 Lab testing innovations speed up detection of pathogens. Yes No 33 Telemedicine allows remote diagnosis and patient monitoring. Yes No 34 PPE (personal protective equipment) reduces risk for healthcare workers. Yes No 35 Prosthetic limbs improve mobility for many amputees. Yes No 36 X-ray therapy has been used to treat certain cancers. Yes No 37 Antibiotics have transformed treatment of bacterial infections since the 20th century. Yes No 38 Robotic assistance can reduce fatigue for surgeons during long operations. Yes No 39 Vaccines immediately cure all infectious diseases after a single dose. Yes No 40 Medical imaging devices like MRI machines help diagnose diseases noninvasively. Yes No 41 Wearable health trackers monitor vital signs continuously. Yes No 42 Ophthalmoscopes allow doctors to examine the interior of the eye. Yes No 43 Vaccines can stimulate the immune system to build protection. Yes No 44 Surgical robots assist surgeons in performing precise operations. Yes No 45 Sterilization methods eliminate all microorganisms in equipment. Yes No 46 MRI machines emit harmful radiation like X-rays during scanning. Yes No 47 Hemodialysis machines replace kidney function in severe failure cases. Yes No 48 A pamphlet is a large, multi-volume encyclopedia about science. Yes No 49 Telecommunication means transmitting information over a distance using electronic means. Yes No 50 A paparazzo is a photographer who takes candid pictures of celebrities. Yes No

Science and technology for research and medicine

Sí o No

Sobre esta actividad

Creada por

Descarga la versión para jugar en papel

Top juegos

Sí o No

¿Está creado con Inteligencia Artificial?

Sí o No

Grammys a mejor canción/grabación

Sí o No

Preguntas sobre futbol para niños

Sí o No

¿Es verdad?

Sí o No

OPEN UP 5 UNIT 3: THERE IS/ARE, THERE WAS, THERE WERE

Science and technology for research and medicineVersión en línea

por YAKILI LMS

Medical devices undergo regulatory review before market release.

Dialysis is often required when kidney function declines severely.

Antivirals cure viral infections in every patient instantly.

Antiviral drugs treat infections caused by viruses.

Stethoscopes can replace MRI for detailed brain imaging.

Electrocardiograms (ECG) record the electrical activity of the heart.

Cryopreservation damages tissues and is never used in medicine.

In vitro fertilization has helped many couples conceive.

Genomic sequencing helps tailor cancer treatments to individual patients.

Cryopreservation is used to preserve tissues and cells for future use.

Therapies like physical therapy support recovery after injury or surgery.

Smart syringes minimize the risk of needlestick injuries.

Point-of-care testing enables rapid results at the patient’s side.

The development of vaccines has greatly reduced the incidence of infectious diseases.

Bioprinting is explored for creating tissue constructs for transplantation.

Ultrasound can visualize bones with the same clarity as X-ray.

Ultrasound is used in pregnancy monitoring to visualize fetal development.

A spoonful of antibiotics each day can prevent all bacterial infections.

Vaccination campaigns reduce outbreak sizes in communities.

Antibody tests help determine exposure to diseases like COVID-19.

Computed tomography (CT) scans provide cross-sectional body images.

Disinfectants help reduce microbial load on surfaces.

Anesthetics enable patients to undergo surgery without pain.

Artificial organs are being developed to support organ failure.

Dialysis technologies remove waste products from the blood.

PPE standards help prevent hospital-acquired infections.

Biomarkers aid in diagnosing diseases and monitoring treatment response.

Clinical trials are essential to establishing the safety of new treatments.

Stethoscopes were invented to listen to heart and lung sounds.

All surgical robots are fully autonomous without human control.

Biomedical engineering integrates biology with design to solve health problems.

Lab testing innovations speed up detection of pathogens.

Telemedicine allows remote diagnosis and patient monitoring.

PPE (personal protective equipment) reduces risk for healthcare workers.

Prosthetic limbs improve mobility for many amputees.

X-ray therapy has been used to treat certain cancers.

Antibiotics have transformed treatment of bacterial infections since the 20th century.

Robotic assistance can reduce fatigue for surgeons during long operations.

Vaccines immediately cure all infectious diseases after a single dose.

Medical imaging devices like MRI machines help diagnose diseases noninvasively.

Wearable health trackers monitor vital signs continuously.

Ophthalmoscopes allow doctors to examine the interior of the eye.

Vaccines can stimulate the immune system to build protection.

Surgical robots assist surgeons in performing precise operations.

Sterilization methods eliminate all microorganisms in equipment.

MRI machines emit harmful radiation like X-rays during scanning.

Hemodialysis machines replace kidney function in severe failure cases.

A pamphlet is a large, multi-volume encyclopedia about science.

Telecommunication means transmitting information over a distance using electronic means.

A paparazzo is a photographer who takes candid pictures of celebrities.