morph names and my opinions.

Ian S.

Active Member
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MA
Nah bro they are still T- albinos with a defect within the defect.
T+ albinos are completely different type of mutation affecting the levels of tyrosinase not melanin. Tyrosinase levels are still produced in the T- albinos and is washed out when the melanophores are. Tyrosinase is still able to be produced and seen in leucism even though melanin isn't and can be controlled by hormones. (aka) Why do we have dark blizzards?
T+ doesn't actually "affect" the tyrosinase like the T- does. Tyrosinase is just visible w/o melanin. Sorry just thought my original post left room for interperatation and sounded backwards when read.:rolleyes5:
 

paulh

New Member
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128
Location
Ames, Iowa, USA
As the discussion is moving into albinos, I have a question. Have any of the albino leopard geckos been tested to find out if they are T-negative albinos? As all three albino mutant genes have different locations in the genome, two of them cannot be T-negative albinos. But which? And without testing, it is possible that none of the three is a T-negative albino.
 

Ian S.

Active Member
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MA
Hmmm or was it negative? :main_robin: I was trying to find a report on some testings done a while back and can't find them.
 
P

Paco

Guest
Ian... You are correct there are no T-Albino Leopard Geckos. Yet.
 

Ian S.

Active Member
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1,924
Location
MA
Excellent just the one I was looking for! I double checked with Jodi to make sure it was ok to post the article. Thank you again Jodi & Tony.
 
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Ian S.

Active Member
Messages
1,924
Location
MA
Ha ha... Don't feel bad Nev. I got scrambled as well on post #73.
Dislexia.... How many of ya got it!
 
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