Tissuechips Group Journals
Tissue chips are engineered microsystems representing units of human organs — like the lung, liver , and heart — that
model both structure and function. The chips combine computer and modern
tissue engineering techniques to combine miniature models of living organ
tissues on a transparent microchip. Development of tissuechips will increasingly benefit from apps developed for other industries. For instance, glass flame hydrolysis deposition (FHD) has many applications in the telecommunications industry, and is now also being applied to new tissue change ip development. A recent study explains how FHD has been used to deposit silica with different refractive indices, leading to microstructures that can be easily integrated into a chip and that combine both optical and fluidic circuitry on the same unit.
High Impact List of Articles
-
Cumulative indices: Volume 6 Issue 1
Appendices: Clinical Practice
-
Cumulative indices: Volume 6 Issue 1
Appendices: Clinical Practice
-
Effects of Lycium barbarum L. root bark extract on alloxan-induced diabetic mice
Dawei Gao, Qingwang Li, Zhiwei Liu, Ying Li, Zhihua Liu, Yusheng Fan, Zengsheng Han and Jian Li1
Research Article: Clinical Practice
-
Effects of Lycium barbarum L. root bark extract on alloxan-induced diabetic mice
Dawei Gao, Qingwang Li, Zhiwei Liu, Ying Li, Zhihua Liu, Yusheng Fan, Zengsheng Han and Jian Li1
Research Article: Clinical Practice
-
Overactive bladder syndrome in the elderly
Review Article: Clinical Practice
-
Overactive bladder syndrome in the elderly
Review Article: Clinical Practice
-
Bulletin Board: Volume 3 Issue 6
Bulletin Board: Clinical Practice
-
Bulletin Board: Volume 3 Issue 6
Bulletin Board: Clinical Practice
-
Bulletin Board: Volume 3 Issue 2
Bulletin Board: Clinical Practice
-
Bulletin Board: Volume 3 Issue 2
Bulletin Board: Clinical Practice
Relevant Topics in Clinical