LATEST NEWS

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FHEA (FELLOW IN HIGHER EDUCATION ACADEMY)

I achieved the status of Fellow (FHEA) for teaching and supporting learning in higher education. I'm extremely excited for the next steps!

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OUR PUBLICATION IN THE JOURNAL OF BIOSENSORS AND BIOELECTRONICS

I am delighted to share that our work with the aim of contributing to the fight against the Coronavirus disease 2019 (COVID-19), is published (Impact Factor=10.2).
We developed a new competitive numerical platform specifically for designing microfluidic-integrated biosensors.

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NEWS COVERAGE

  • Laboratory-on-a-chip’ devices could dramatically reduce COVID-19 detection times

  • Newly developed biosensor devices linked to smartphones could help medical practitioners dramatically cut down the real-time detection rates in the battle against COVID-19 and other future viral outbreaks. Scientists and engineers from The University...

Flow Control Techniques for Enhancing the Bio-Recognition Performance of Microfluidic-Integrated Bio

FLOW CONTROL TECHNIQUES FOR ENHANCING THE BIO-RECOGNITION PERFORMANCE OF MICROFLUIDIC-INTEGRATED BIOSENSORS

How Can Flow Control Techniques Enhance the Bio-Recognition Performance of Microfluidic-Integrated Biosensors?

Find applicable and cost-effective designs in our new publication in the journal of  Applied Science.

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VIEW MY VERIFIED ACHIEVEMENT FROM STEM LEARNING.

nspire young people to engage more enthusiastically with STEM subjects, continue to study them and explore STEM careers.
Activities: career talks, practical activities, speed networking, mentoring, visits to workplaces, science fairs, becoming a school governor and supporting a STEM Club.

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ALL MODELS ARE WRONG

"All models are wrong" George Box, one of the great statistical minds of the 20th century.

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NUMERICAL SIMULATION OF LANGMUIR-HINSHELWOOD MECHANISM FOR HETEROGENEOUS BIOSENSORS IN MICROFLUIDIC CHANNEL

Use of heterogeneous biosensors in microfluidic channels for diagnostic and detection of diseases in early stages is a novel, relatively cheap and applicable solution for saving lives and health purposes. It has attracted great interest in experimental field and a lot of works are being done in order to reach better biosensors with reliable results and fast detection. A comprehensive numerical model of Langmuir-Hinshelwood mechanism would help speeding up the process of design and analysis of biosensors. For this means we have developed a code in Fortran to simulate flow inside a microfluidic channel combined with Langmuir-Hinshelwood reactions on the surface of the biosensor....

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THE ROYAL MICROSCOPICAL SOCIETY

 Very excited to get more involved in the beautiful world of microscopy and flow cytometry. #womeninSTEM #biosensor

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NHS BLOOD AND TRANSPLANT REPRESENTATIVE

I'm honored to have been selected as NHS Blood and Transplant representative of the The University of Manchester.
85 new donors registered in the first day!

Many thanks to these brave students and staff at the The University of Manchester, and Jo Walker' supervision, Joy and Emily's help (NHS Blood and Transplant).

Use the following link to join the #UoMhero and save three lives by only one #blooddonation:
https://lnkd.in/d-zh3JvN

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IMECHE AT THE SCIENCE FESTIVAL.

I enjoyed my weekend explaining cool science to children and young adults, the best part was their cute passionate reactions! #STEM #WomenInSTEM

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NUMERICAL FRAMEWORK FOR SIMULATING BIO-SPECIES TRANSPORT IN MICROFLUIDIC CHANNELS WITH APPLICATION TO ANTIBODY BIOSENSORS

Diagnosis is a fundamental stage in health care and medical treatment. Microfluidic biosensors and lab-on-a-chip devices are amongst the few practical tools for achieving this goal. A new computational code, specifically for designing microfluidic-integrated biosensors is developed, the details of which is presented in this work. This new approach is developed using control-volume based finite-element (CVFEM) method and solves bio-recognition chemical reactions and full Navier–Stokes equations....

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CAREERS TALK AT THE WOMEN IN SCIENCE WEBINAR

Delighted to be a part of #women in #science webinar with my works on biosensor. Join us using the following link: https://eventbrite.co.uk/e/part-one-women-in-science-webinar-tickets-139093385059… #WomenInstem #cfd #womeninscience #biosensor #tech #uom #biotech

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THE EFFECT OF BIOMATERIAL MATRIX DESIGN ON TISSUE REGENERATION OF BROKEN NERVE-CELLS IN VIVO

Objectives: In tissue regeneration of broken nerve-cell, it is preferred to deliver the drug in the location of the damaged nerve-cell, rather than global drug consumption. This method would reduce the side effects and consumes the drug only in the damaged area...

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ELECTRIC DETECTION OF DNA MOLECULES WITH A NANOPORE

Electric detection of DNA molecules with a nanopore

Ada Lovelace

ADA LOVELACE

Ada Lovelace developed the very first computer program in 1800! 
Before that people were using machines for pure calculations.

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UNIVERSITY OF MANCHESTER PGR EVENTS

All University of Manchester PhD students are welcome! We are going to hold the coffee and cake mornings every Friday 10:00am (UK time) , starting 12th February. We will connect, learn, and share our projects, achievements, concerns and problems. #uom #phdlife #phdchat #Manchester #wellbeing