PhD student at UBD, Brunei
Interested in Molecular Biology and CRISPR-based Biosensors
Working on Electrochemical, ECL, FL, and colorimetric aptasensor.
Happy to share my work in #RSCPoster Twitter Conference. Our recent work on throwing some new understanding and showcasing a possible way to render Li-NMCs stable at high voltages. The trick was to subtly tune the composition and structure #RSCEnergy#RSCMat#RSCInorg#RSCNano
@ZJAyres However, there are commercially available stabilising solutions to store screen printed electrodes and eventually increase the stability period.
Hello everybody, I am very excited to share my work entitled "Label-free electrochemical aptasensor for ultrasensitive thrombin detection using 2D carbon-based nanocomposite" for this conference.
#RSCPoster#RSCAnalytical#RSCNano#RSCMat
@ZJAyres Thank you for your response.
Yes,we are working on this aspect and trying to come up with a standard conditions to extend the stability beyond 14 days.
@EdGardner_ Thank you for your response.
As there are many 2D carbon-based nanomaterials with different shapes, sizes and functionalisation. Therefore, our aim was to study how two different carboxyl group functionalised-carbon nanomaterials behave in combination for detection of thrombin.
@EdGardner_ Thank you for your response. We are in the process of publishing this work as well as we are working on a project in which we are trying more combinations of carbon based nanomaterials with metal oxides to achieve higher sensitivity and selectivity for biomarkers.
@DeepanshuMahe20@abhijit_MLab@PrinSciAdvGoI I have seen people who after getting a job start preaching to PhD students to have passion about science without money and basic resources.
In that case, they should stop taking their salaries and remain passionate about science.