Not at all. There are lots of non-fatal genetic errors.
cystic fibrosis
cystic fibrosis
PKU
Fatal errors are errors or exceptions that cause a program to abort. You solve fatal errors by examining the source code to determine what is causing the error. If the error is an exception, it can be caught. That is precisely why we always place a catch-all exception handler in the main function. Once we know where the exception was raised we can write code to specifically deal with that exception -- at or near the point it was actually raised. However, not all fatal errors throw exceptions. For example, a divide by zero operation is a fatal error because your program has allowed the system to attempt an illegal operation for which there is no reasonable means of recovery. The only solution is to avoid invoking illegal operations; test your assumptions and always assert that all operands are within the acceptable range of the operator. Fatal errors can also be caused by hardware failure, such as bad RAM, which is beyond the remit of applications programmers.
cystic fibrosis
But it does code for them. Lack of genes for polysaccharides are often fatal.
means your blackberry is dieing
You could, but you could also risk a calf coming out with a fatal genetic disorder due to inbreeding. Inbreeding is best for purebred herds of which you have a genetic history at your disposal, not a commercial herd which you have no genetic record of.
David J. Galton has written: 'Molecular Genetics and Common Metabolic Disease' 'Molecular genetics of common metabolic disease' -- subject(s): Atherosclerosis, Diabetes, Disorders, Familial & genetic, Genetic aspects, Genetic aspects of Atherosclerosis, Genetic aspects of Diabetes, Genetic aspects of Hyperlipidemia, Genetic aspects of Inborn errors of metabolism, Hyperlipidemia, Inborn Errors Metabolism, Inborn errors of Metabolism, Metabolism, Molecular genetics
cystic fibrosis (:cystic fibrosis :)cystic fibrosis ^-^
The crash was fatal for all occupants of the vehicle.
Deformaties are always caused by genetic errors, but what causes these errors depends, like pollution or desease.