About KAMIHIRA Laboratory,

Biological systems have generated ingenuity through the evolution of individual processes and their composite processes.

In our laboratory, we analyze the intricacies of biological systems and phenomena, ranging from genes to cells, tissues, organs, and organisms.

Additionally, we endeavor to develop new biotechnologies by attempting artificial reconstruction using natural and synthetic materials.

About KAMIHIRA Laboratory,

Biological systems have generated ingenuity through the evolution of individual processes and their composite processes.

In our laboratory, we analyze the intricacies of biological systems and phenomena, ranging from genes to cells, tissues, organs, and organisms.

Additionally, we endeavor to develop new biotechnologies by attempting artificial reconstruction using natural and synthetic materials.

About KAMIHIRA Laboratory,

Biological systems have generated ingenuity through the evolution of individual processes and their composite processes.

In our laboratory, we analyze the intricacies of biological systems and phenomena, ranging from genes to cells, tissues, organs, and organisms.

Additionally, we endeavor to develop new biotechnologies by attempting artificial reconstruction using natural and synthetic materials.

About KAMIHIRA Laboratory,

Biological systems have generated ingenuity through the evolution of individual processes and their composite processes.

In our laboratory, we analyze the intricacies of biological systems and phenomena, ranging from genes to cells, tissues, organs, and organisms.

Additionally, we endeavor to develop new biotechnologies by attempting artificial reconstruction using natural and synthetic materials.

Tissue Engineering

New technology for tissue engineering

• Establishing pluripotent stem cells
• Culture and differentiation of pluripotent stem cells
• Cell patterning and construction of three-dimensional tissues

Transgenic avian bioreactor

Production of biopharmaceuticals using transgenic avian bioreactor

• Viral vectors
• Microinjection into the embryos
• In vitro embryo culture
• Production the recombinant protein into eggs

Gene transduction

Site-specific gene transduction / In situ gene amplification

• Improvement of host specificity by viral vector with a modified envelop
• Site-specific recombination and gene amplification into chromosome of target cells

Tissue Engineering

New technology for tissue engineering

• Establishing pluripotent stem cells
• Culture and differentiation of pluripotent stem cells
• Cell patterning and construction of three-dimensional tissues

Transgenic avian bioreactor

Production of biopharmaceuticals using transgenic avian bioreactor

• Viral vectors
• Microinjection into the embryos
• In vitro embryo culture
• Production the recombinant protein into eggs

Gene transduction

Site-specific gene transduction / In situ gene amplification

• Improvement of host specificity by viral vector with a modified envelop
• Site-specific recombination and gene amplification into chromosome of target cells