Table 1 |
|
|
Suggested further reading |
|
|
Historical perspective |
|
|
First SIT programme in Florida against the screwworm |
[45] |
|
Biography of E.F. Knipling with references to his most important papers |
[46] |
|
Models |
|
|
Use of sterile insects with reduced competitiveness and multiple mating of females |
[47] |
|
Use of sterile insects, conditional lethals, hybrid sterility etc. |
[48] |
|
Immigration of fertilized females and density dependence |
[49] |
|
Genetic basis of sterility |
|
|
Genetic and non-genetic sterility and early review of the screwworm programme |
[50] |
|
Genetic mechanisms involved in radiation sterilization |
[51] |
|
Genetics of radiation sterilization and review of genetic sexing strains |
[32] |
|
Field programmes |
|
|
Operational genetic control programmes for vectors |
[52] |
|
Field programme successes and failures |
[53] |
|
Fruit fly eradication in Japan |
[54] |
|
SIT and transgenesis |
|
|
Inducing molecular sterility using genetic transformation |
[55] |
|
Integrating SIT with a transgenic release and review of mosquito SIT programmes |
[8] |
|
Modelling the use of molecular sterility |
[56] |
|
|
|
|
Robinson et al. Malaria Journal 2009 8(Suppl 2):S1 doi:10.1186/1475-2875-8-S2-S1 |
|