Genetic Material Articles & Analysis: Older
31 articles found
Knockin cell line generation represents a pivotal advancement in genetic engineering, providing vital tools for biological research and therapeutic development. ...
Researchers often select for stable cell lines by integrating antibiotic resistance genes alongside target genes, enabling them to isolate and cultivate only those cells that incorporate the desired genetic material. In the realm of biotechnology and pharmaceuticals, stable cell lines serve as a foundation for producing high-yield protein therapeutics, monoclonal ...
These probes are specifically designed to target and bind to the genetic material within CAR-T cells, enabling researchers to accurately track and monitor their presence in biological samples. ...
The Vaccines can be formulated using various platforms, including: ·Peptide/Protein Vaccines: Short sequences of the target antigen are synthesized and administered to patients. ·DNA/RNA Vaccines: Genetic material encoding the target antigen is delivered to patient cells, enabling the production of the antigen within the body. ...
Introduction For years, scientists have leveraged the brilliant potentialities of genetic science to explore how cells function and interact in living organisms. ...
Transforming a pathogen into a potential cure requires a meticulous understanding of viral morphology, functionality, and manipulation principles that govern the genetic framework. Oncolytic Viruses are wrought using an array of techniques, each technique contingent on the virus strain and the cancer form it targets. ...
Epigenetic regulation involves a gamut of sophisticated and precisely regulated processes that control the machinery responsible for transcribing genetic material from DNA to RNA. These mechanisms manipulate gene expression through alterations in the epigenetic landscape, which include DNA methylation, histone modification, chromatin remodeling, and non-coding ...
Chimeric RNA refers to a type of RNA molecule that is formed by the fusion of genetic material from two or more distinct genes. These chimeras can arise through different mechanisms, including chromosomal translocation, cis-splicing, or trans-splicing. ...
They act as molecular scribes, meticulously transcribing the genetic information from DNA templates into mRNA. This transcriptional machinery ensures the accurate and efficient generation of mRNA, a critical component of mRNA vaccines. ...
It allows comprehensive, high-resolution analysis of genetic material, which is a prerequisite for addressing various health, research and industry-related questions. LAM-PCR, a modification of conventional PCR, offers significant advancements over traditional methods, providing a comprehensive, unique and practical approach to genetic analysis. ...
Eukaryotic cells, as mentioned, possess a distinct nucleus containing deoxyribonucleic acid (DNA) as the major component. This nucleus holds the genetic material of the organism. During active cell division, this genetic material organizes into chromosomes, while chromatin refers to its structure during the developmental phase. ...
Bacteria are a diverse group of organisms in terms of physical features such as size and shape, physiological attributes, and genetic make-up. Bacterial species such as E. coli, Pseudomonas, Salmonella, etc., are commonly used as model organisms in the study of microbiological concepts in physiology, health, food, and ecology. ...
Bacteria are a diverse group of organisms in terms of physical features such as size and shape, physiological attributes, and genetic make-up. Bacterial species such as E. coli, Pseudomonas, Salmonella, etc., are commonly used as model organisms in the study of microbiological concepts in physiology, health, food, and ecology. ...
Unlike amplicon sequencing, metagenomics obtains and investigates genetic material directly from environmental samples, which has led to a new understanding of the diversity and function of the microbial world. ...
Unlike amplicon sequencing, metagenomics obtains and investigates genetic material directly from environmental samples, which has led to a new understanding of the diversity and function of the microbial world. ...
Liposomes vary in size, composition and charge and can be used as carriers for a wide range of drug molecules, such as chemotherapeutic agents, antimicrobial and antiviral drugs, antiparasitic drugs, genetic material, vaccines, therapeutic proteins, and anti-inflammatory agents. ...
Viruses Viruses are smaller than bacteria and consist of a protein coat and core genetic material. They lack the membrane-bound organelles found in bacteria. ...
A pregnant person may get a vaginal swab taken as a sample, which can then be sequenced for microbial genetic material and also measured for the presence of certain compounds produced by specific bacteria. ...
ByJuno Bio
Such methods should not only maintain the cells’ high survival rate but also their genetic stability for an extended period. While ultra-low temperature preservation is highly effective for a wide range of sample types, the process can have an unintended impact if not executed properly. ...
Early applications have focused on defined problems, such as predicting properties of materials, but the approach is versatile. “So far, any theoretical model that the theorists came up with, there was a way to implement it,” Browaeys says. ...