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Fixing a bunch of typos. closes #14

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Jocelyn Badgley (Twipped)
2020-05-04 20:30:28 -07:00
parent b320989f7f
commit 953da0ae66
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public/gdb/es/causes.md
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@@ -26,7 +26,7 @@ Here is what we know today. If you’ve seen Jurassic Park then you may remember
{!{ {{import '~/img' images.jurassicpark className="card borderless center span34" alt="All vertebrate embryos are inherently female anyway. They just require an extra hormone given at the right developmental stage to make them male."}} }!}
This isn't science fiction, tho it is very dumbed down. In human fetuses the gonads initially develop in a bi-potential state, meaning they can become either ovaries or testes. The SRY gene on the Y chromosome releases a protein called [Testis Determining Factor](https://en.wikipedia.org/wiki/Testis-determining_factor) (TDF). This protein then starts a chain reaction with SOX9 production (another protein), which causes the gonadal cells to form into the Sertoli and Leydig cells that make up the testes. If TDF is never produced or is interfered with then the gonad cells form into the Theca cells and follicles which comprise the ovaries.
This isn't science fiction, though it is very dumbed down. In human fetuses the gonads initially develop in a bi-potential state, meaning they can become either ovaries or testes. The SRY gene on the Y chromosome releases a protein called [Testis Determining Factor](https://en.wikipedia.org/wiki/Testis-determining_factor) (TDF). This protein then starts a chain reaction with SOX9 production (another protein), which causes the gonadal cells to form into the Sertoli and Leydig cells that make up the testes. If TDF is never produced or is interfered with then the gonad cells form into the Theca cells and follicles which comprise the ovaries.
{!{ <div class="gutter flex" style="justify-content: center"> {{import '~/img' images.fetalgenitals className="card" caption="<a href=\"https://schoolbag.info/biology/concepts/188.html\">Source</a>" alt="Fetal development of internal sexual anatomy"}}</div> }!}