Good video, just one problem with your last table I think. You've put that 100% of daughters are affected if the Dad has an X-linked recessive disease; I thought that would only be the case if your mother was affected; if the mother was heterozygous with an affected Dad then it would be 50% chance that a daughter would be affected. Correct me if I'm wrong.
Stu Gibson You are absolutely right. In the version on my webpage I didn't include what happens to daughters for that table. For some reason when I copied that same table to the video I decided to make the last minute addition for daughters and I added in the typo you found. I'll work on fixing that. Thanks so much for letting me know so I can fix it!
+guzbak H thank you! I intentionally left X linked dominant out since it is low yield but it works via a similar concept. The Wikipedia page has a really nice picture that summarizes the risk if you want to check it out en.m.wikipedia.org/wiki/X-linked_dominant_inheritance#
+Stomp On Step 1 hello again. thank you for the quick answer! :-) I also wanted to know if you have ever made videos about how to put up haplotypes from a markanalysis?
This is genius and so simple! thank you
Yes, make more even when thing seem slow, don't let that affect you, because you never know when the subject will Amp up.
Thank you very much for making this video, I find it really helpful and informative
Radhwan Jubair Thanks for the feedback!
Affect and Effect are not the same thing. Individuals are Affected by an inherited disease, not Effected. Affect = change, Effect = Result.
Your videos just helped me so much! thank you : )
+lindsayy : D thank u for the comment :)
Thank You for the video sir. Clear and informative. Saved me from a headache.
Thank you so much! That helped me so much!
Daniel Sanchez Thanks for the comments!
simplified and informative
Gd bless you. Awesome video. Been looking for a nice simple video fro hours till i found this. Appreciate it.
nima max Thanks for the feedback!
Thank you straight forward.... ver easy to understand. Thank you.
Thanks for the video! Really helpful! :)
Thank you for this awesome video! I'll check out your website next!
Good video, just one problem with your last table I think. You've put that 100% of daughters are affected if the Dad has an X-linked recessive disease; I thought that would only be the case if your mother was affected; if the mother was heterozygous with an affected Dad then it would be 50% chance that a daughter would be affected. Correct me if I'm wrong.
Stu Gibson You are absolutely right. In the version on my webpage I didn't include what happens to daughters for that table. For some reason when I copied that same table to the video I decided to make the last minute addition for daughters and I added in the typo you found. I'll work on fixing that. Thanks so much for letting me know so I can fix it!
I just finished adding the annotations to fix the problem. Thanks again!
Nice explanation! Very interactive!
thanks for the video..nice explanation
+Halkano Abdi thanks and happy holidays!
thank you thank you thank you!!! you're videos are great!!
+hahahah no Thanks for the feedback and happy new year!
thanks for the Video! helped me a Lot
+Henria Van Impe Thanks for the comment!
This helps me so much!
+Sara Seidel thanks for the feedback!
Thank u so much these videos r great help🎉🎉🎉🎉
Thank you so much you just saved me....👏👏👏
+Leslie Young glad I could help. Thanks for commenting :)
Thanks alot! Keep up the good work !!
Awesome! helped a LOT!
Atarien6 thanks :)
So helpful!
hello. how is the risk for xlinked dominant? great video!
+guzbak H thank you! I intentionally left X linked dominant out since it is low yield but it works via a similar concept. The Wikipedia page has a really nice picture that summarizes the risk if you want to check it out en.m.wikipedia.org/wiki/X-linked_dominant_inheritance#
+Stomp On Step 1 hello again. thank you for the quick answer! :-) I also wanted to know if you have ever made videos about how to put up haplotypes from a markanalysis?
+guzbak H no sorry
+Stomp On Step 1 ok. thank you again ☺
thank you man that was helpful :D
mourad sami Thanks for the comment!
in the mitochondrial inheritance graph the 2nd generation of the females side the 3rd generation non was affected. dose it skip a generation?
is x linked dominant and mitochondrial dominant same?
thank you!
Thanks for the comment!
How to find x linked dominate
what about X-lIinked dominent
when a male posseses a phenotypic triat that he passes to all his daughters and non of his sons .what is this genetic relationship
when a female possess phenotypic trait that she passes to all sons but non to her daughters the trait is said to be ?
thanks a lot
greaaaat
+خالد الدعيس thanks :)
I finally understand
you like my music teacher Louise Cowley
lad
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