BIO-NANOROBOTICS GROUP 

        Integrative Cellular Biophysics - Mechanics  

  • Bio-Nanorobotics Group is regarded as the interface the cell cellular physical science and engineering while also inherently integrating the biological process engineering.

  • We are targeted at developing and applying bioprocess analysis, fluidic, bio/nano, and biomechatronics technologies to address questions in biological and biomaterials engineering. State of the art advanced toolkits allows us to gather large-scale quantitative data about complex systems and apply to the study of fundamental biological nanoplatforms or nanobiosensing.

  • Alternatively, unique phenomena at the micro and nano length scale-like enhanced surface influences and transport phenomena could be exploited in designing novel techniques and devices. 

  • There are lots of opportunities (you) for engineering toolkits with a solid understanding of the engineering basis of the life processes, and of the biophysics and bioengineering underpinning the new generation of bio-instrumentation.  

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Cover Preview_ADVANCED HEALTHCARE MATERIALS_0516
Automated bioreactor for stem cells
SCADA system for bioreactor
Computational Fluid Dynamics
3D graphical modeling
Noninvasive measurement of stem cell
Physical Stimuli-Induced Secretion
Human Growth Factor Array Maps
Pulsed Electromagnetic Stimulation
FE-SEM images of MSCs
Magnetic Stimulation of MSCs
Data Analysis of Stem Cells
Multi-lineage Differentiation
human alvelor bone marrow stem cells

Cellulose nanocrystals self-assembly 

Back Massage

NK cells-exosome therapies 

Cow-free burger: 3D printing 

Microfluidics technology

Quantum dots cancer therapies

Bioinspired biomimic engineering 

Tissue engineering

Flat Round Stage

Bioprinted hydrogel DDS patch healingforms

Biomedical engineering

We Are

 rooted in a multi-disciplinary approach to develop research tools enabling novel measurement potentials relevant to mechanical engineering and biological science, with emphasis on implementing these capabilities in an automated reactor systems, integrated microsystems, as well as noninvasive measurement monitoring systems for stem cells or portable applications. We use these advanced tools that's at the cutting edge of biosystems and mechanical, physical, and bio/nano-technology modes of thinking to address research problems in the biological and agricultural engineering.

BBEG Prgrams (Academic description) opened brand new for Biophysics and Biological Engineering are as following:

* for undergraduate student

 - Engineering Biology and Lab. (settled) to First Semester, Sophomore Year

 - Biological Mechanics and Lab. (settled) to First Semester, Junior Year

 - Bioprocess and Biosystems Engineering (settled) to Second Semester, Junior Year

 - Biological Materials Science and Engineering (settled) to Second Semester, Senior Year

* for graduate student

 - Topics in Biological Mechanics (settled)

 - Topics in Material Engineering for Biological Application (settled)

 - Topics in Biological and Process Engineering (settled)

 - Topics in Biodynamics (pending)

 - Topics in Biophysics (pending)

 

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Our latest happenings

             THAT'S NOT ALL.....

OUR PROJECTS!

STRATEGY

DESIGN

PAPERS

150

CITATIONS

358

PATENTS

35

OUR ALUMNI

03

NATIONALITIES

06

Maximising our impact

....and counting!

..for social networks!

Bringing in talent from

across the world!

Generating global

impact together

@2015. Feb. 17 by Bio-Nanorobotics Group | D-BSE (Department of Biosystems Engineering) | Kangwon National University Kangwondaehakgil1, College of Agriculture and Biological Science 1, Chuncheon, Kangwondo, South Korea | Zipcode: 24341 | ktlim@kangwon.ac.kr

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