Human DNA, or deoxyribonucleic acid, contains the genetic instructions used in the development, functioning, and reproduction of all living organisms. Here's what's essentially coded in human DNA:

Genes: These are segments of DNA that contain the code for making proteins. Proteins are the workhorses of the cell, performing a vast array of functions from catalyzing metabolic reactions to providing structure, transport, and signaling. Each gene provides the blueprint for one specific protein.

Exons: These are the coding regions of genes that are transcribed into mRNA and then translated into proteins.

Introns: Non-coding segments within genes that are removed from the mRNA during RNA processing.

Regulatory Elements: These include:

Promoters: Regions where the transcription machinery binds to start gene transcription.

Enhancers: DNA sequences that can boost the transcription of genes from a distance.

Silencers: Elements that reduce gene transcription.

Insulators: DNA sequences that block the action of enhancers or silencers on genes.

Non-Coding DNA:

Intragenic Regions: DNA sequences within genes that don't code for proteins, including introns.

Intergenic Regions: DNA between genes, which can include regulatory sequences, repetitive elements, and other sequences whose functions are still being explored.

Repetitive Elements: Such as transposons and tandem repeats, which can have various roles, including in gene regulation and genome stability.

Telomeres: The ends of chromosomes, made of repetitive sequences that protect the chromosome from deterioration or from fusion with neighboring chromosomes.

Centromeres: Regions of DNA that are crucial for the proper segregation of chromosomes during cell division.

Mitochondrial DNA: A small circular chromosome found in mitochondria, encoding for a subset of the proteins and RNAs necessary for mitochondrial function.

Genetic Variation: This includes single nucleotide polymorphisms (SNPs), insertions, deletions, and structural variations that contribute to individual genetic diversity.

Epigenetic Marks: Although not coded in the DNA sequence itself, DNA is subject to modifications like methylation which can affect gene expression without altering the genetic code.

The human genome contains approximately 3 billion base pairs, and while much of this DNA has known functions, research continues to explore the roles of previously thought "junk DNA," indicating that even non-coding regions might have significant regulatory or structural functions. This complex genetic code is what makes each human unique, influencing everything from physical traits to susceptibility to diseases.

-Grok

hmm c before d?

what is coded in your dna?

your Father and your Mother

and their parents, and so on and so on

>>22207061

when they call it a vaccine tho, does it have to be given prior to developing cancerous cells? is it another mRNA vax?

ive always like Putin , so it aint that, just questioning why its called a vaccine

maybe the cancer industry her in America is labeling it incorrectly a vaccine in order to make people not receive it warmly and they can keep stuffing their pockets with money from their victims

>>22207089

wowww

Truth is going to be the center of the Universe in 2025

invest in DJT

>>22207111

if Canada becomes a state tho, we have both passages in our Realm

>>22207115

and then Greenland

with all the trade going on when everything is made in the USA, we will need these shipping lanes

>>22207117

the Exit door is at the waters edge ….

>>22207132

ae ther

>>22207133

C before D

if C is Canada, whats D?

>>22207154

burn down what exactly? maybe theyve flipped

>>22207152

maybe the drones are keeping cabal communication going in case there is an attack on the www, and they change the internet protocols and everything is then hosted on space internet ….