NEET Test Series from KOTA - 10 Papers In MS WORD
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Human Health and Disease
263587
Who among the following established the scientific basis of vaccination?
1 Edward Jenner
2 George Kohler
3 Louis Pasteur
4 Von Behring
Explanation:
C Louis & Pasteur demonstrated that microorganism & cause & disease and weakened or attenuated microbes are used to make vaccines. Pasteur was the first to recognise pathogenicity variability. He developed the earliest vaccines against anthrax.
Manipal-2006
Human Health and Disease
263588
Fastest distribution of some injectible material medicine and with no risk of any kind can be achieved by injecting it into the
1 Lymph vessels
2 Muscles
3 Arteries
4 Veins
Explanation:
D Ans. a Exp. A A person who is likely to develop tetanus can be immunized by administering a vaccine (Tetanus toxoid) containing weakened germs. The bacteria present in the vaccine are weakened by using formaldehyde. It consists of growth product of Clostridium tetani. Tetanus is characterized as a bacterial infection of high intensity. In this way the bacteria become inactive but not dead.
AIPMT-2009
Human Health and Disease
263589
Who received Nobel Prize in 1951 for the development of vaccine for yellow fever?
1 Max Theiler
2 Ronald Ross
3 Max Delbruck
4 Francis Payton Rous
Explanation:
A Max Theiler was a South African-American virologist and doctor. He was awarded the Nobel Prize in Physiology or Medicine in 1951 for developing a vaccine against yellow fever. His main contribution was his demonstrations that the yellow fever virus could be easily transmitted by mice.
JIPMER-2015
Human Health and Disease
263590
Select the correct statement with respect to disease and immunisation
1 Injection of snake antivenom against snake bite is an example of active immunisation
2 If due to some reason B and T-lymphocytes are damaged, the body will not produce antibodies against a pathogen
3 Injection of dead/inactivated pathogens causes passive immunity
4 Certain protozoans have been used to mass produces hepatitis $B$ vaccine
Explanation:
B The primary and secondary immune responses are carried out the with the help of two special types of lymphocytes present in our body i.e. - B-lymphocytes - T-lymphocytes. The B-lymphocytes produce an array (a range) of proteins in response to pathogens into our blood to bind with them. These proteins are called antibodies. The Tcells themselves do not secrete antibodies but help Bcells to produce them.
263587
Who among the following established the scientific basis of vaccination?
1 Edward Jenner
2 George Kohler
3 Louis Pasteur
4 Von Behring
Explanation:
C Louis & Pasteur demonstrated that microorganism & cause & disease and weakened or attenuated microbes are used to make vaccines. Pasteur was the first to recognise pathogenicity variability. He developed the earliest vaccines against anthrax.
Manipal-2006
Human Health and Disease
263588
Fastest distribution of some injectible material medicine and with no risk of any kind can be achieved by injecting it into the
1 Lymph vessels
2 Muscles
3 Arteries
4 Veins
Explanation:
D Ans. a Exp. A A person who is likely to develop tetanus can be immunized by administering a vaccine (Tetanus toxoid) containing weakened germs. The bacteria present in the vaccine are weakened by using formaldehyde. It consists of growth product of Clostridium tetani. Tetanus is characterized as a bacterial infection of high intensity. In this way the bacteria become inactive but not dead.
AIPMT-2009
Human Health and Disease
263589
Who received Nobel Prize in 1951 for the development of vaccine for yellow fever?
1 Max Theiler
2 Ronald Ross
3 Max Delbruck
4 Francis Payton Rous
Explanation:
A Max Theiler was a South African-American virologist and doctor. He was awarded the Nobel Prize in Physiology or Medicine in 1951 for developing a vaccine against yellow fever. His main contribution was his demonstrations that the yellow fever virus could be easily transmitted by mice.
JIPMER-2015
Human Health and Disease
263590
Select the correct statement with respect to disease and immunisation
1 Injection of snake antivenom against snake bite is an example of active immunisation
2 If due to some reason B and T-lymphocytes are damaged, the body will not produce antibodies against a pathogen
3 Injection of dead/inactivated pathogens causes passive immunity
4 Certain protozoans have been used to mass produces hepatitis $B$ vaccine
Explanation:
B The primary and secondary immune responses are carried out the with the help of two special types of lymphocytes present in our body i.e. - B-lymphocytes - T-lymphocytes. The B-lymphocytes produce an array (a range) of proteins in response to pathogens into our blood to bind with them. These proteins are called antibodies. The Tcells themselves do not secrete antibodies but help Bcells to produce them.
263587
Who among the following established the scientific basis of vaccination?
1 Edward Jenner
2 George Kohler
3 Louis Pasteur
4 Von Behring
Explanation:
C Louis & Pasteur demonstrated that microorganism & cause & disease and weakened or attenuated microbes are used to make vaccines. Pasteur was the first to recognise pathogenicity variability. He developed the earliest vaccines against anthrax.
Manipal-2006
Human Health and Disease
263588
Fastest distribution of some injectible material medicine and with no risk of any kind can be achieved by injecting it into the
1 Lymph vessels
2 Muscles
3 Arteries
4 Veins
Explanation:
D Ans. a Exp. A A person who is likely to develop tetanus can be immunized by administering a vaccine (Tetanus toxoid) containing weakened germs. The bacteria present in the vaccine are weakened by using formaldehyde. It consists of growth product of Clostridium tetani. Tetanus is characterized as a bacterial infection of high intensity. In this way the bacteria become inactive but not dead.
AIPMT-2009
Human Health and Disease
263589
Who received Nobel Prize in 1951 for the development of vaccine for yellow fever?
1 Max Theiler
2 Ronald Ross
3 Max Delbruck
4 Francis Payton Rous
Explanation:
A Max Theiler was a South African-American virologist and doctor. He was awarded the Nobel Prize in Physiology or Medicine in 1951 for developing a vaccine against yellow fever. His main contribution was his demonstrations that the yellow fever virus could be easily transmitted by mice.
JIPMER-2015
Human Health and Disease
263590
Select the correct statement with respect to disease and immunisation
1 Injection of snake antivenom against snake bite is an example of active immunisation
2 If due to some reason B and T-lymphocytes are damaged, the body will not produce antibodies against a pathogen
3 Injection of dead/inactivated pathogens causes passive immunity
4 Certain protozoans have been used to mass produces hepatitis $B$ vaccine
Explanation:
B The primary and secondary immune responses are carried out the with the help of two special types of lymphocytes present in our body i.e. - B-lymphocytes - T-lymphocytes. The B-lymphocytes produce an array (a range) of proteins in response to pathogens into our blood to bind with them. These proteins are called antibodies. The Tcells themselves do not secrete antibodies but help Bcells to produce them.
263587
Who among the following established the scientific basis of vaccination?
1 Edward Jenner
2 George Kohler
3 Louis Pasteur
4 Von Behring
Explanation:
C Louis & Pasteur demonstrated that microorganism & cause & disease and weakened or attenuated microbes are used to make vaccines. Pasteur was the first to recognise pathogenicity variability. He developed the earliest vaccines against anthrax.
Manipal-2006
Human Health and Disease
263588
Fastest distribution of some injectible material medicine and with no risk of any kind can be achieved by injecting it into the
1 Lymph vessels
2 Muscles
3 Arteries
4 Veins
Explanation:
D Ans. a Exp. A A person who is likely to develop tetanus can be immunized by administering a vaccine (Tetanus toxoid) containing weakened germs. The bacteria present in the vaccine are weakened by using formaldehyde. It consists of growth product of Clostridium tetani. Tetanus is characterized as a bacterial infection of high intensity. In this way the bacteria become inactive but not dead.
AIPMT-2009
Human Health and Disease
263589
Who received Nobel Prize in 1951 for the development of vaccine for yellow fever?
1 Max Theiler
2 Ronald Ross
3 Max Delbruck
4 Francis Payton Rous
Explanation:
A Max Theiler was a South African-American virologist and doctor. He was awarded the Nobel Prize in Physiology or Medicine in 1951 for developing a vaccine against yellow fever. His main contribution was his demonstrations that the yellow fever virus could be easily transmitted by mice.
JIPMER-2015
Human Health and Disease
263590
Select the correct statement with respect to disease and immunisation
1 Injection of snake antivenom against snake bite is an example of active immunisation
2 If due to some reason B and T-lymphocytes are damaged, the body will not produce antibodies against a pathogen
3 Injection of dead/inactivated pathogens causes passive immunity
4 Certain protozoans have been used to mass produces hepatitis $B$ vaccine
Explanation:
B The primary and secondary immune responses are carried out the with the help of two special types of lymphocytes present in our body i.e. - B-lymphocytes - T-lymphocytes. The B-lymphocytes produce an array (a range) of proteins in response to pathogens into our blood to bind with them. These proteins are called antibodies. The Tcells themselves do not secrete antibodies but help Bcells to produce them.
