Molecular delivery efficiency research platform

Molecular delivery efficiency research platform

mRNA is a naturally occurring molecule that carries the “blueprint” of human cells, capable of generating target proteins or antigens to activate the immune response in the body against various pathogens. With the rapid development of biotechnology and molecular medicine, introducing mRNA into the human body as a vaccine or therapeutic agent can produce almost all functional proteins. This represents the emergence of a precision medicine field with broad prospects in preventing and treating many refractory diseases. However, due to the inherent instability of mRNA, its delivery remains a significant challenge in current mRNA-based therapies.

Details

Basic Information

mRNA is a naturally occurring molecule that carries the “blueprint” of human cells, capable of generating target proteins or antigens to activate the immune response in the body against various pathogens. With the rapid development of biotechnology and molecular medicine, introducing mRNA into the human body as a vaccine or therapeutic agent can produce almost all functional proteins. This represents the emergence of a precision medicine field with broad prospects in preventing and treating many refractory diseases. However, due to the inherent instability of mRNA, its delivery remains a significant challenge in current mRNA-based therapies.
A good delivery platform is crucial for research on mRNA therapeutics. Jennio has a complete in vivo and in vitro platform that can provide strong support for evaluating the delivery efficiency of your delivery platform.

Services we provide

In vitro platform:
(1) Ramp experiments is performed to explore the optimal mixing ratio of the delivery platform and mRNA;
(2) Various types of cells are used to evaluate the delivery efficiency of the delivery platform in different cell types;
(3) Preliminary assessment of the toxicity of the delivery platform to cells.

In vivo platform:
(1) We provide experimental methods for various routes of administration: (including but not limited to): oral administration, intravenous injection, inhalation administration, intranasal administration, tracheal administration, muscular injection, subcutaneous administration, ocular drops, vaginal, duodenal, intrathecal/intracerebral/epidural, abdominal cavity, etc, evaluating the delivery level of mRNA in vivo under different administration methods.

(2) Professional detection system:
. In vivo imaging
.Blood flow cytometry
.Tissue single-cell flow cytometry

Features

1. With professional research team, our team members have years of experience in cell culture and experiments. We will complete in vitro experimental research with standardized professional operations and strict quality control management system.
2. With years of experience in GLP-certified preclinical trials. We will complete customers’ in vivo experimental research with standardized professional operations and strict quality control management system.
3.We have a well-equipped testing platform that can meet all testing needs.

Representative Case


Molecular delivery efficiency…

 

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