Genome sequencing

The company’s genome sequencing services help meet a wide range of research goals. Our genome sequencing services include projects that require re-sequencing to compare samples to a reference genome, as well as projects that require de novo sequencing to generate quality reference genomes of rarely sequenced species.

Whole genome sequencing (WGS) , focused on resequencing, can be used in a wide range of research, including evolutionary biology, developmental biology, agriculture, microbiology, and biomedical research.

Our new Whole Genome Sequencing service provides genome assembly and annotation for species that have either never been sequenced before, or species with missing or incomplete reference genomes.

Targeted resequencing services can be a cost-effective alternative for in-depth analysis of a selected region of a gene, such as WES (Whole Exome Sequencing) for studying exomes (protein-coding regions of the genome) or TRS (Targeted Region Sequencing) for studying a selected set of genes or genomic regions.

Our genomic database:

BioProject Human 1000 Year’s Life

BioProject Human 1000 Year's Life

Our FIRST GOAL is that the code includes DNA, as well as the “action code,” the RNA and proteins that actually make cells work.Over time, this activity deteriorates as we age. So we need to create effective metrics that can shed light on exactly what’s going on inside your cells.Once measured, we’ll need to return the code to its youthful state.

Currently, I know of 192,087 genes in the human genome. They can be edited. We are one of the first to master gene programming. There is AI in the genius of engineering that we are developing. Our main goal is to make life longer. The library says that Adam once lived for 1,000 years. Why not fix the genome and live for 1,000 or more years.

AGNEC – book life. (A) – Adeninom (G) – Guanine (N) – Nucleotide (E) – Etyminom/uratsylon (C) – Cytozyn

Aging-related gene sets:

Replisome. Replication. Prime Editing DNA replication.

Pipeline:

Leaf of a hearty life. 200-300-400-500-1000 Years.

Project: Creation “Rapid regeneration”

Project: Creation "Rapid regeneration"
"Rapid regeneration" is the process of repairing body tissues. Depending on your goal (fast wound healing, skin care, or muscle recovery after sports), the methods and approaches vary dramatically.

Regeneration-related Genes:

Video Perfect regeneration:

Pipeline:

Project: The mind gene

Each neuron in the brain is also a corresponding gene. How can you improve to be smarter. And for the brain to work at 100%.

Brain-region-specific genes are defined as those genes that are maximally expressed in each brain regions with τ > 0.9. As a consequence, 546 brain-region-specific genes of 12 brain regions are identified.

Pipeline:

Brain Region:

All Cerebellum (177) Cerebellar Hemisphere (140) Spinal cord (cervical c-1) (139) Hypothalamus (34) Nucleus accumbens (basal ganglia) (23) Substantia nigra (14) Frontal Cortex (BA9) (6) Cortex (5) Hippocampus (4) Putamen (basal ganglia) (2) Amygdala (1) Caudate (basal ganglia) (1)

Project: AI NIG

Neurocomputer interface genetics (NIG) (neural interface, brain interface) is a system designed to exchange information between the brain and an electronic device (for example, a computer).

Creation of a wireless neurocomputer interface and full human-computer interaction. And the creation of a full-fledged AI based on a person and human memory. In the future, uploading a person to a computer. As an assistant in genetics research.

Radio frequency range of the human body: This is the range of electromagnetic waves. The range of different human cells is: from 3 kHz to 300 GHz.

List of resonant frequencies:

Human thoughts. Head: 20–30 Hz / Video through the eyes: 40–100 Hz / Chest: 2–12 Hz / Heart: 4–6 Hz / Stomach: 2–3 Hz / Intestines: 2–4 Hz / Kidneys: 6–8 Hz Hands and feet: 2–8 Hz / Vestibular apparatus: 0.5–13 Hz / Throat: 6–12 Hz.

Artificial intelligence (AI) has become a powerful tool for detecting genetic mutations. Using AI capabilities, researchers can quickly and accurately analyze huge amounts of data. This innovative technology facilitates the detection of mutations, leading to personalized medicine and targeted treatment.

Project: Geneticist robot, laboratory assistant

Geneticist robot, laboratory assistant is a highly qualified specialist who conducts molecular genetic and cytogenetic studies to diagnose hereditary diseases, works with DNA analyses.
Diagnostics: Performs molecular studies (DNA/RNA), cytogenetic analysis (karyotyping) to detect genetic abnormalities.
Laboratory control: Organizes the work of the genetic laboratory, ensures quality control of research.
Work with equipment: Works with modern analyzers, PCR equipment, microscopes.
Interpretation: Analyzes the results of laboratory tests, draws up medical and genetic conclusions and consultations.

LIST OF PUBLICATIONS:

KOROLOV Y.O. MECHANISMS OF REGENERATIVE MEDICINE USING PRIMARY NULL NEURAL STEM CELLS.

Partner: