21/12/2023
超級巨人的興起 與巨人基因的驗證
以下是我淺翻關於川普老爺在講述超級巨人基因的文章,業餘翻譯 請輕噴🙏
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在過去的三年裡,我對這種基因進行了額外的測試,回顧了我20年來的繁殖記錄,並研究了在我2005年的書中呈現的這種基因的歷史記錄。根據這些發現和其他人的繁殖成果,我做出最好的判斷與結論,我們著名的超級巨人豹紋「Moose」及其後代是由一種隱性基因引起的。
根據成年體重,"超級巨人"這個術語仍然適用,而"巨人"這個術語則不再適用。
第一隻超級巨人基因的豹紋守宮是一隻1999年在哥吉拉計畫中隨機出現的Normal,是第一批川普白化的後裔。
這解釋了為什麼當第一隻超級巨人與該計畫中的川普白化雌性繁殖時,我得到了「Moose」,一隻超級巨人川普白化,這證明我使用的川普白化雌性是攜帶(het)超級巨人基因,而超級巨人雄性是攜帶川普白化基因。只有表現出這種隱性基因的守宮才可以被稱為超級巨人。
雄性體重為100克以上,有些在撰寫本文時已達到175克以上;雌性體重為90克以上
超級巨人x超級巨人=100%超級巨人。從超級巨人x一般非巨人交配的後代會是het超級巨人
通過近親繁殖,將在幾年內產生第一隻超過200克的豹紋守宮。
Tony Gamble所描述的以下測試顯示,超級巨人是純種E.macularius所出,而不是與E.anagramainyu(伊朗豹紋守宮)的混種。
"我對一些純種E. angramainyu、市場中的E. macularius、超級巨人川普白化和一些已知的E. macularius x E. angramainyu雜交進行了核基因和載體基因的測序。
超級巨人的基因與市場上的E. macularius完全相同,而與E. angramainyu雜交體則易於辨識為雜交個體。
載體基因只追踪母系的譜系,而核基因來自父母雙方 - 雜交體明顯是E. angramainyu和E. macularius的基因形式
Over the last 3 years I have done additional testing of this genetic, reviewed my original breeding records from 20 years ago, and studied the historical account of this morph that was presented in my 2005 book. Given these findings and the results of others, it is my best judgment, that our famous giant leopard gecko, Moose, and his resulting descendants are the result of a recessive gene. The term ‘Super Giant’ shall still apply based on adult weight, while the term ‘Giant’ no longer applies.
The first Super Giant was a normal non-visual albino that occurred randomly in 1999, a descendant from the large project that resulted in the first Tremper Albinos. This explains why, that when that first Super Giant was bred to a Tremper Albino female from that project, I got Moose, a Super Giant Tremper Albino, which proves that the Tremper Albino female I used was het Super Giant and the Super Giant male was het Tremper. Only geckos expressing this recessive gene may be called Super Giants.
Males are 100 grams or more, with some having reached over 175 grams at the time of this writing. Females are 90 grams or more. Super Giant x Super Giant = 100% Super Giants. Offspring from a Super Giant x Normal breeding would be het for Super Giant. With line-breeding efforts the first 200-gram leopard gecko will likely occur in a few years.
Tests described below by Tony Gamble have shown the Super Giants to be pure macularius and not a hybrid with the species angramainyu.
“I sequenced a nuclear gene and a mitochondrial gene for some pure E. angramainyu, pet trade E. macularius, Tremper Super Giants, and some known E. macularius x E. angramainyu hybrids. The Super Giants came out as identical to the pet trade E. macularius while the E. angramainyu hybrids were easily identified as crosses. The mitochondrial gene only tracks the mothers lineage while the nuclear gene comes from both the mom and dad - the hybrids were clearly heterozygous for the E. angramainyu and E. macularius versions of the gene