Investigation of Novel Formulation Chemistries and Polymer Membranes for in vitro and in vivo Electrochemical Continuous Lactate Sensing

Title

Investigation of Novel Formulation Chemistries and Polymer Membranes for in vitro and in vivo Electrochemical Continuous Lactate Sensing

Description

The goal of this project is to develop novel biosensors for continuous monitoring of lactate levels in the body. Lactate is a key indicator of metabolic function and is particularly important in the context of medical conditions such as fetal monitoring, sepsis, during surgery and sports performance. Currently available biosensors for lactate measurement are limited by their accuracy, stability, and lifespan. This project aims to overcome these limitations through the development of innovative formulation chemistries and polymer membranes. This unique opportunity will provide exposure to global collaborators and world-leading scientistsThis project is an excellent opportunity for a PhD candidate with a background in chemistry, materials science, or a related field to work on a cutting-edge technology that has the potential to transform the way patients are monitored. The successful candidate will have the opportunity to work with a dynamic, VC-backed start-up and to be at the forefront of developing new technologies that have the potential to improve people's health and well-being. The placement will involve collaborating with CRC-P partners at Vital Trace, UWA, Monash University, University of Technology Sydney, D&I, and Zimmer & Peacock.

Payment type

Fortnightly Stipend

Value

$35000

Value unit

Per annum

Basis of award

Research Excellence

Eligibility

1 Strong background/demonstrated skills in chemistry/biomolecules2. Proven multidisciplinary teamwork/collaboration capacity3. Strong problem solving & creativity4. Excellent written & verbal skills5. Proven capacity for independent work & time management6. Strong work ethic.Desirable criteria include passion for innovation; prior industry experience; familiarity with biosensors, electrochemistry, polymer science and preclinical methodology; relevant previous research experience

Nationality

Australian Citizen, Australian Permanent Resident, International

Study area

Chemistry

Commencement date

03/04/2023

Applications open

20/01/2023

Applications close

08/02/2023

Tenable At

University of Western Australia

Currently available

Yes

Application status

Open