GENE LIBRARY MEGATHREAD!

[trey123]

what genes control whether the hairline will be naturally low (good) or cause a naturally high hairline (bad)?

 

[tehVigilante]

what genes control whether the hairline will be naturally low (good) or a naturally high hairline (bad)?

Over if ur hairline isn't low like this.

 

[enchanted_elixir]

what genes control whether the hairline will be naturally low (good) or cause a naturally high hairline (bad)?

I don't know, you have to search it up. I think it has to be very polygenic though

 

[trey123]

i keep trying to look but all google gives me is information on hairloss/balding.

 

[trey123]

all i could found. Talkes about curved or straight hairline. Its polygenetic

Dominant Inheritance - Genetics Generation

Dominant Inheritance When a trait is dominant, only one allele is required for the trait to be observed. A dominant allele will mask a recessive allele, if present. A dominant ...

knowgenetics.org

 

[trey123]

genes that control eyebrows and their thickness etc

Genome-wide association studies and CRISPR/Cas9-mediated gene editing identify regulatory variants influencing eyebrow thickness in humans

Author summary Hair plays an important role in primates and is clearly subject to adaptive selection. While humans have lost most facial hair, eyebrows are a notable exception. Eyebrow thickness is heritable and widely believed to be subject to sexual selection. Nevertheless, few genomic studies...

journals.plos.org

How we discovered the genetic origin of the ‘monobrow’ and other hair traits

New study may lead to drugs that could alter hair growth, such as stopping hair loss.

www.google.com

 

[trey123]

found some risks on the lactose guy

 

[HAPAgymcel]

How much k2 do I need to take with it?

100mcg of the MK7 form

 

[oldcelloser]

GENE LIBRARY MEGATHREAD​

View attachment 1763016
by @enchanted_elixir
​

Quick Explanation & How This Will Work​

I will try to explain this as simple as possible
The goal here is to compile as many genes as we can as possibly get so we can tinker with them to improve our looks in the future.

For those who still don't believe CRISPR and gene editing is expensive, or in lab-testing still...

Whole Genome Sequencing is now $100 USD, was $100M USD in 2001

For CRISPR "iTs ToO exPenSIVE" doubters :feelsuhh: It'll be $1 USD by 2027 granted current trends continue.

looksmax.org

Software to edit genes: https://www.benchling.com/ (Think of this as akin to coding...life)


View attachment 1763021
Designed to make her more feminine biologically. Here are her results.

View attachment 1763023

The main wall is knowledge, not tools!
I have a genome file that has spicy tomatoes (I will edit it to glow in the dark soon hopefully), a lactose tolerance inducing gene therapy, and spider silk beer hahaha.
I could get this synthesized at a lab and have it work. https://www.geneuniversal.com/

View attachment 1763020

Anyways, listen up. I am going to post my first three genes here. I kind of doubt people will contribute to this so I will only show a small fraction of my personal library. If I get five different genes in the comments from five different people. I will post the rest gradually. If not, welp...

So here is what you're going to do...

Search up on Google: "Gene that controls xyz." or, "What gene controls xyz." or "Which gene produces xyz thing."
If the trait you are looking for is polygenic (a trait controlled by many (4+) genes, such as attractiveness), ignore it.
For example, let's say you found BFP (blue fluorescent protein). You'll keep that in mind

Next, find what it does. A detailed (if needed) and a dumbed-down version. If it's detailed, write its exact function, please!
Third, find if it is in the human genome or not (very important). Use this here and insert the gene name: https://www.genecards.org/

Fourth, specify how it should be utilized for the desired effect. Should it be added to the genome (if it isn't already), or should it be removed from the genome? Should it be acetylated (gene has to be in the genome, acetylation is basically turning up the dial on its function) or methylated (gene has to be in the genome, acetylation is basically turning down the dial on its function)

Posting links to its https://www.genecards.org/ would also be nice, but optional.
Adding additional information would be useful too.

Examples From My Library​

Name: Glutathione Synthase
Symbol: GSS
Function: Controls the amount of glutathione the body naturally produces
Human Genome?: Yes
Use: Acetylation for lighter skin and higher levels, methylation for lower levels.
Link (OPTIONAL): https://www.genecards.org/cgi-bin/carddisp.pl?gene=GSS

View attachment 1763028

Name: Blue Fluorescent Protein
Symbol: BFP
Function: Makes bioluminescent proteins
Human Genome?: No
Use: Add to the host's genome to enable this functionality
Link (OPTIONAL): https://www.fpbase.org/protein/bfp/
Additional Info: The only place I would see this working is in the eyes, and it would have to be faint as well. We'd need to find a way to make it target the eyes only.

View attachment 1763029

Name: Beta Carotene Oxygenase 1 Gene
Symbol: BCO1
Function: Controls baseline beta carotene and vitamin A levels
Human Genome?: Yes
Use: Acetylate to increase levels, methylate to decrease levels.
Link (OPTIONAL): https://www.genecards.org/cgi-bin/carddisp.pl?gene=BCO1&keywords=bco1
Additional Notes: Overdrive or underdrive can give you hypercarotenemia and vitamin A deficiency respectively.

View attachment 1763031

Go on boyos, it only takes two minutes at best if you know what you're doing.

Spoiler: Tags

@Lygodactylus @8PSLcel @Br0sk1 @PrinceLuenLeoncur @Chadeep @LMSMaxxer @Xangsane @PearlHandledDeck @mulattomaxxer @RottenSperg @StrangerDanger @Predeterminism @KING REIDYZ @AscendingHero @Prettyboy @SupremeSubhuman @Mogpogs @Piratecel @PURE ARYAN GENETICS @Preoximerianas @tyronelite @FailedNormieManlet @Lars @Korea @bogii @StreegeReturn
@Biggdink @eren1 @Reckless Turtle @Broly Banderas @House Lannister @WannabeJock @Racky @Erik-Jón @heightface @PURE ARYAN GENETICS @Clark69
@ilovelamp08 @St.TikTokcel @Anstrum95 @TeenAscender @loox @justadude @vaseqmoherad @astatine @Amnesia @Sigmamale @anya @Assyrian_Warrior
@Alexanderr @HQNPmaxxing @currylightskin @BasedPsychiatrist @´´´´´´´´ @ALP

you are our resident dr evil, dark triad autist
tag me too next time please; i wanna edit myself into looking like a 25 yr old Chad when im 50
shiiieeet mayne shieeet

 

[StrangerDanger]

OCA2
Human Genome: Yes
Function: OCA2 provides instructions for making the protein called P protein which is located in melanocytes which are specialized cells that produce melanin, and in the cells of the retinal pigment epithelium his gene seems to be the main determinant of eye color depending on the amount of melanin production in the iris stroma (large amounts giving rise to brown eyes; little to no melanin giving rise to blue eyes).
SNP of interest: rs12913832
Use: methylate to inhibit the melanin production in the iris

 

[Unhuman]

@echanted_elixir is it possible to run gene edits through AI simulations in order to test the safety of a gene edit or is science unable to do this yet?

 

[enchanted_elixir]

@echanted_elixir is it possible to run gene edits through AI simulations in order to test the safety of a gene edit or is science unable to do this yet?

Not yet, because you'd need the capability to digitally reproduce a human body. You can try custom peptides or epigenetic editing first as a test. If you like it, make it permanent, if not, reverse the epigenetic edit or stop taking the peptide.

i keep trying to look but all google gives me is information on hairloss/balding.

Why's that? What are you searching?

OCA2
Human Genome: Yes
Function: OCA2 provides instructions for making the protein called P protein which is located in melanocytes which are specialized cells that produce melanin, and in the cells of the retinal pigment epithelium his gene seems to be the main determinant of eye color depending on the amount of melanin production in the iris stroma (large amounts giving rise to brown eyes; little to no melanin giving rise to blue eyes).
SNP of interest: rs12913832
Use: methylate to inhibit the melanin production in the iris
View attachment 1765285

ABSOLUTELY BEAUTIFUL! THIS IS HOW SUBMISSIONS SHOULD BE!!! I AM LOVING THIS!

you are our resident dr evil, dark triad autist
tag me too next time please; i wanna edit myself into looking like a 25 yr old Chad when im 50
shiiieeet mayne shieeet

Got you.

 

[reptiles]

OCA2
Human Genome: Yes
Function: OCA2 provides instructions for making the protein called P protein which is located in melanocytes which are specialized cells that produce melanin, and in the cells of the retinal pigment epithelium his gene seems to be the main determinant of eye color depending on the amount of melanin production in the iris stroma (large amounts giving rise to brown eyes; little to no melanin giving rise to blue eyes).
SNP of interest: rs12913832
Use: methylate to inhibit the melanin production in the iris
View attachment 1765285

How did you do that filter it seems so legit nothing else was changed but that eyes I can't get this on face app without the subhuman ai changing every trait I can't even get a white skinned filter tbqh you get med skinned filters but no nordic skin filters utter faggotry tbqh

 

[Deleted member 17791]

OCA2
Human Genome: Yes
Function: OCA2 provides instructions for making the protein called P protein which is located in melanocytes which are specialized cells that produce melanin, and in the cells of the retinal pigment epithelium his gene seems to be the main determinant of eye color depending on the amount of melanin production in the iris stroma (large amounts giving rise to brown eyes; little to no melanin giving rise to blue eyes).
SNP of interest: rs12913832
Use: methylate to inhibit the melanin production in the iris
View attachment 1765285

WHY DIDN"T YOU TELL ME THIS BEFORE?

Methylate? Is that all I need for blues??????????

 

[Deleted member 8771]

Bro is a biohacker jfl mirin hard your threads bhai, best poster fr

 

[StrangerDanger]

How did you do that filter it seems so legit nothing else was changed but that eyes I can't get this on face app without the subhuman ai changing every trait I can't even get a white skinned filter tbqh you get med skinned filters but no nordic skin filters utter faggotry tbqh

i didnt make that Kit Butler morph its from Google but if you have a software like Photoshop you can just crop out the iris region or whatever region you want thats altered and paste it over on the original with the rest remaining untouched. Would be difficult with something like skin color though but with something small and non transitional like the iris would work fine

 

[thecel]

It's environmental

Retard. I have underbite because I have subhuman genome. End of story.

 

[orthognathicenjoyer]

GENE LIBRARY MEGATHREAD​

View attachment 1763016
by @enchanted_elixir
​

Quick Explanation & How This Will Work​

I will try to explain this as simple as possible
The goal here is to compile as many genes as we can as possibly get so we can tinker with them to improve our looks in the future.

For those who still don't believe CRISPR and gene editing is expensive, or in lab-testing still...

Whole Genome Sequencing is now $100 USD, was $100M USD in 2001

For CRISPR "iTs ToO exPenSIVE" doubters :feelsuhh: It'll be $1 USD by 2027 granted current trends continue.

looksmax.org

Software to edit genes: https://www.benchling.com/ (Think of this as akin to coding...life)


View attachment 1763021
Designed to make her more feminine biologically. Here are her results.

View attachment 1763023

The main wall is knowledge, not tools!
I have a genome file that has spicy tomatoes (I will edit it to glow in the dark soon hopefully), a lactose tolerance inducing gene therapy, and spider silk beer hahaha.
I could get this synthesized at a lab and have it work. https://www.geneuniversal.com/

View attachment 1763020

Anyways, listen up. I am going to post my first three genes here. I kind of doubt people will contribute to this so I will only show a small fraction of my personal library. If I get five different genes in the comments from five different people. I will post the rest gradually. If not, welp...

So here is what you're going to do...

Search up on Google: "Gene that controls xyz." or, "What gene controls xyz." or "Which gene produces xyz thing."
If the trait you are looking for is polygenic (a trait controlled by many (4+) genes, such as attractiveness), ignore it.
For example, let's say you found BFP (blue fluorescent protein). You'll keep that in mind

Next, find what it does. A detailed (if needed) and a dumbed-down version. If it's detailed, write its exact function, please!
Third, find if it is in the human genome or not (very important). Use this here and insert the gene name: https://www.genecards.org/

Fourth, specify how it should be utilized for the desired effect. Should it be added to the genome (if it isn't already), or should it be removed from the genome? Should it be acetylated (gene has to be in the genome, acetylation is basically turning up the dial on its function) or methylated (gene has to be in the genome, acetylation is basically turning down the dial on its function)

Posting links to its https://www.genecards.org/ would also be nice, but optional.
Adding additional information would be useful too.

Examples From My Library​

Name: Glutathione Synthase
Symbol: GSS
Function: Controls the amount of glutathione the body naturally produces
Human Genome?: Yes
Use: Acetylation for lighter skin and higher levels, methylation for lower levels.
Link (OPTIONAL): https://www.genecards.org/cgi-bin/carddisp.pl?gene=GSS

View attachment 1763028

Name: Blue Fluorescent Protein
Symbol: BFP
Function: Makes bioluminescent proteins
Human Genome?: No
Use: Add to the host's genome to enable this functionality
Link (OPTIONAL): https://www.fpbase.org/protein/bfp/
Additional Info: The only place I would see this working is in the eyes, and it would have to be faint as well. We'd need to find a way to make it target the eyes only.

View attachment 1763029

Name: Beta Carotene Oxygenase 1 Gene
Symbol: BCO1
Function: Controls baseline beta carotene and vitamin A levels
Human Genome?: Yes
Use: Acetylate to increase levels, methylate to decrease levels.
Link (OPTIONAL): https://www.genecards.org/cgi-bin/carddisp.pl?gene=BCO1&keywords=bco1
Additional Notes: Overdrive or underdrive can give you hypercarotenemia and vitamin A deficiency respectively.

View attachment 1763031

Go on boyos, it only takes two minutes at best if you know what you're doing.

Spoiler: Tags

@Lygodactylus @8PSLcel @Br0sk1 @PrinceLuenLeoncur @Chadeep @LMSMaxxer @Xangsane @PearlHandledDeck @mulattomaxxer @RottenSperg @StrangerDanger @Predeterminism @KING REIDYZ @AscendingHero @Prettyboy @SupremeSubhuman @Mogpogs @Piratecel @PURE ARYAN GENETICS @Preoximerianas @tyronelite @FailedNormieManlet @Lars @Korea @bogii @StreegeReturn
@Biggdink @eren1 @Reckless Turtle @Broly Banderas @House Lannister @WannabeJock @Racky @Erik-Jón @heightface @PURE ARYAN GENETICS @Clark69
@ilovelamp08 @St.TikTokcel @Anstrum95 @TeenAscender @loox @justadude @vaseqmoherad @astatine @Amnesia @Sigmamale @anya @Assyrian_Warrior
@Alexanderr @HQNPmaxxing @currylightskin @BasedPsychiatrist @´´´´´´´´ @ALP

what is gene for igf production , this can inadventrently allow for bigger jaw, height and frame even if tbose traits are polygenic

 

[Kman]

Name: Melanocortin 1 Receptor
Symbol: MC1R
Function: Dictates Melanin
Human Genome?: Yes
Function: Changing hair color
Additional Info: Changes pigment in hair, could use it to change hair coloration in certain places.
Link: https://www.genecards.org/cgi-bin/carddisp.pl?gene=MC1R&keywords=Mc1r

 

[Kman]

Name: Melanocortin 1 Receptor
Symbol: MC1R
Function: Dictates Melanin
Human Genome?: Yes
Function: Changing hair color
Additional Info: Changes pigment in hair, could use it to change hair coloration in certain places.
Link: https://www.genecards.org/cgi-bin/carddisp.pl?gene=MC1R&keywords=Mc1r

@enchanted_elixir its so sad your threads about genes and stem cells are so undervalued

 

[enchanted_elixir]

@enchanted_elixir its so sad your threads about genes and stem cells are so undervalued

This thread may be a good start to genetic engineering, but I cringe at most of my old threads because I don't see them as good enough or I didn't understand it enough to have a right to be telling others about it.

 

[Kman]

This thread may be a good start to genetic engineering, but I cringe at most of my old threads because I don't see them as good enough or I didn't understand it enough to have a right to be telling others about it.

How Is that stem cell CRISPR thing going?

 

[enchanted_elixir]

How Is that stem cell CRISPR thing going?

Never started. I don't remember saying I'd start either. Maybe I did but I don't have money for that (I'm not trying to eat my bank account alive for these experiments)