Abstract
Three or four general strategies are adopted for the control of infectious diseases. Early diagnosis, vaccination and chemotherapy. In the situations where there is transfer through mosquitoes or ticks from alternate hosts, control of the vector and of the infection in the alternate host are additional measures to be taken. This Chapter looks at the problems of disease control from the perspective of genetics, since molecular genetics now provides powerful tools in the form of radiolabelled DNA probes and clones of selected segments, useful for diagnosis as well as for vaccine design
Citation Formats
Notani, N K.
DNA technology for diagnosis and vaccines for infectious diseases.
IAEA: N. p.,
1992.
Web.
Notani, N K.
DNA technology for diagnosis and vaccines for infectious diseases.
IAEA.
Notani, N K.
1992.
"DNA technology for diagnosis and vaccines for infectious diseases."
IAEA.
@misc{etde_640602,
title = {DNA technology for diagnosis and vaccines for infectious diseases}
author = {Notani, N K}
abstractNote = {Three or four general strategies are adopted for the control of infectious diseases. Early diagnosis, vaccination and chemotherapy. In the situations where there is transfer through mosquitoes or ticks from alternate hosts, control of the vector and of the infection in the alternate host are additional measures to be taken. This Chapter looks at the problems of disease control from the perspective of genetics, since molecular genetics now provides powerful tools in the form of radiolabelled DNA probes and clones of selected segments, useful for diagnosis as well as for vaccine design}
place = {IAEA}
year = {1992}
month = {Dec}
}
title = {DNA technology for diagnosis and vaccines for infectious diseases}
author = {Notani, N K}
abstractNote = {Three or four general strategies are adopted for the control of infectious diseases. Early diagnosis, vaccination and chemotherapy. In the situations where there is transfer through mosquitoes or ticks from alternate hosts, control of the vector and of the infection in the alternate host are additional measures to be taken. This Chapter looks at the problems of disease control from the perspective of genetics, since molecular genetics now provides powerful tools in the form of radiolabelled DNA probes and clones of selected segments, useful for diagnosis as well as for vaccine design}
place = {IAEA}
year = {1992}
month = {Dec}
}