The clock is ticking for the development and deployment of renewable synthetic fuels substituting for non-renewable fossil-based oil to enable a sustainable energy resource for the benefit of all people.
Results for "direct air ca"
The Complex Enzymology Of mRNA Decapping
Single stranded RNAs with a free 5′ monophosphate end are susceptible to rapid degradation. Transfer RNAs (tRNAs) and ribosomal RNAs (rRNAs) are stabilized by hairpin structures and by “hiding” their 5′ ends within complex protein structures.
Direct Writing of MXene Conductive Inks: Micro‐Supercapacitors on Paper
Direct writing of low-cost MXene-in-water inks using a rollerball pen.
Building Scaffolds: 3D Printed Spinal Cord Repair
A 3D printing approach for precise cell placement on tissue engineered scaffolds is developed.
Future Directions in the Diagnosis of Lymphatic Malformation
The possibilities of using photoacoustic techniques as a versatile tool for lympathic-related clinical applications is discussed.
Making Lineage Decisions with Biological Noise: Lessons from the Early Mouse Embryo
Intercellular communication may provide a mechanism to exploit and buffer cell-to-cell variability.
Optimizing Design Solutions for Aeronautical Structures
To increase the structural efficiency of composite aircraft requires further optimization of aeronautical structures to maximally exploit the material performance.
Catching Fresh Water
Scientists discover a way to harvest fresh water from air, also in arid regions.
![New Ways to Structure Clinically Approved Hydrogels [Video]](https://www.advancedsciencenews.com/wp-content/uploads/2018/03/adma201705013_ASN_image.jpg)
New Ways to Structure Clinically Approved Hydrogels [Video]
Clinically approved hydrogels can be structured across multiple length scales to generate materials with a variety of new physical properties.
![3D e-Whiskers for Complex Sensing Applications [Video]](https://www.advancedsciencenews.com/wp-content/uploads/2018/03/adma201706733_ASN_image.png)
3D e-Whiskers for Complex Sensing Applications [Video]
A scalable method for fabricating electronic whiskers (e-whiskers)—a class of electronic skin—for sensing a variety of external stimuli, including proximity, texture mapping, surface roughness, material stiffness, force, and temperature.
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