1:x-linked dominant 2:incontinenta pigmenti Hypophosphatemic rickek Psudohypoparathyrodism 3:50% chance to transmit disease to both son and daughter if mother affected ...if father affected 100% female transmission female carrier..
1.X linked dominent, as father transmitted it only to daughters and daughters to both males and females 2. A Sub type of Hypophostemic rickets, incontinita pigmenti 3. 50 percent risk as a whole
correct Answer: 1. X-linked dominant (father to daughters) 2. Hypophosphatemic rickets, Incontinetia pigmenti, Pseudo hypo parathyriodism 3. Both male and female (sons and daughters) of (a) have a 50% risk of inheriting this condition
Autosomal Dominant
ReplyDelete1:x-linked dominant
ReplyDelete2:incontinenta pigmenti
Hypophosphatemic rickek
Psudohypoparathyrodism
3:50% chance to transmit disease to both son and daughter if mother affected ...if father affected 100% female transmission female carrier..
x linked dominent
ReplyDeleteexampls an % given by saima
1.X linked dominent, as father transmitted it only to daughters and daughters to both males and females
ReplyDelete2. A Sub type of Hypophostemic rickets, incontinita pigmenti
3. 50 percent risk as a whole
correct Answer:
ReplyDelete1. X-linked dominant (father to daughters)
2. Hypophosphatemic rickets, Incontinetia pigmenti, Pseudo hypo parathyriodism
3. Both male and female (sons and daughters) of (a) have a 50% risk of inheriting this condition
For easy understanding of Family Tree .... Following steps to b followed
ReplyDeleteStep 1. Is every generation affected i.e no gap generation
( YES= Dominant , NOT= Recessive)
Step 2: Is there both gender (M/F) affected ...
( YES= autosomal , NOT= X-linked or other)
Step 3: Father to Son ( male to male) transmission ...
(YES= Autosomal Dominant NOT=x-linked dominant)