Fabrication of size controllable SU-8 nanochannels using nanoimprint lithography and low-pressure thermal bonding methods

Micro & nano letters

article

Xiaojun Li¹  Hui You¹  Hai Jiang¹  Ronghui Lin¹  Deyi Kong¹  Rui Jiang¹  Likai Zhu¹  Jun Gao¹  Min Tang¹  Xudi Wang²  Shaojun Fu³ 

[1] Hefei Institute of Physical Science, Chinese Academy of Sciences;Hefei University of Technology;University of Science and Technology of China

关键词: nanofabrication;    nanolithography;    nanostructured materials;    polymers;    size controllable SU-8 nanochannels;    nanoimprint lithography;    low-pressure thermal bonding methods;    flexible free-standing SU-8;    bonding layer flexibility;    conformal contact;    crosslinked SU-8 trenches;    ridge width;    trench width;    SU-8 nanochannel fabrication;   

DOI  :  10.1049/mnl.2013.0674

学科分类：计算机科学（综合）

来源: Wiley

【 摘 要 】

Management of high risk obstetric patients in critical care setting is challenged by altered physiology of pregnancy and concerns for the viability of the fetus. Pregnant patients, although young and healthy are at risk of developing thromboembolic complications, hemorrhage and infections. Obstetric hemorrhage, pre-eclampsia, cardiac diseases and sepsis are the main reasons for ICU admission in obstetric population. Delay in the diagnosis and correction of correctable conditions can ultimately require intensive care admission. There is a contrast in the overall incidence and prevalence of intensive care unit admission between developed and developing countries. Early clinical suspicion, timely referral and early institution of critical care of high risk patients may improve maternal outcome. Improvement of healthcare infrastructure and timely referral to tertiary care facilities may help reduce maternal mortality in developing countries.

【 授权许可】

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