डीएनए की नकल का क्या प्रभाव है जो प्रजनन प्रक्रिया पर पूरी तरह से सटीक नहीं है?

Gene track system

F1 __50 +50 %

F2 __25 % +50&25 %

F3 __12.5 % +50 +37.5 %

F4 __6.25 % +50 + 43.75 %

F5 __ 3.125 %. +50. +46.875 %

F 6 __1.5625. %. +50 +48.4375 %

F 7 __ o.8125. %. + 50 +49.2495 %

F 8 __0 .40625. + 50 +49.65575 %

F9 __0.203125 + 50 + 49.858875 %

F 10 __0.1015625 + 50 + 49.960437 % this is the pattern or rule of genetically increase and decrease traits or cherecters which is pass out in to next generation F1 ,F2 F3 F4 F5,F6 F7 F8 F9 F10 .according to mandellow of inheritance

Hence DNA copy pattern effect is not true 100% correct accurately.

Here 50% cherecters comes from male and 50% cherecters come s female.

If we considered only one side cherecters are same 50% is Konstantin there both side cherecters are deviated .

Hence if we wants choice cherecters are increased .then after we make a certain character gene track pattern followed

This is the DNA of chromosomal nuclear genic pattern where male and female both gene participate 50&50 0/0 during reproduction procedure .

But in case of mitochondrial DNA genic pattern is quite differently ,in Which only Mother mitochondrial DNA is pass out in NextGeneration

Because during reproduction fertilization male sperm mitochondria can not entered in female ovum cell, only male sperm head contains chromosomal DNA entered in female ovum cell. Male mitochondrial DNA presents in tail region which is not entered into female ovum cell , if any one mitochondria is entered in the cytoplasm of ovum cell then after male mitochondria destroye in female ovum by phagocytosis by lysosomal enzymes activity.

Hence male mitochondria not pass out in NextGeneration . energy lavel of future generations is totally dependent on mother's mitochondrial DNA presents 100percent .

This process is governed by cytoplasmic domain inheritance rules . Variations, speciation genetic drift, mutation also includes in it .