Dr Amreen Bashir

Lecturer in Biomedical Sciences Aston University

  • Birmingham

Dr Bashir's research interests include clinical microbiology and environmental microbiology.

Contact

Aston University

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Media

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Biography

Dr Amreen Bashir's research interests include clinical microbiology and environmental microbiology. She teaches on a number of programmes within Biology/Biomedical science and Biochemistry from 1st year to final year including; Microbiology, Biomedical Key skills and Haematology and Blood Transfusion. Dr Bashir also undertakes the BMS and Biology Placements Tutor role, regularly liaising with key stakeholders including the NHS to facilitate the placement process. In addition to this, Dr Bashir is a personal and academic tutor.

Dr Bashir completed her PhD exploring the biological basis for Salmonella persistence in food manufacturing environments. She has focussed mainly on applied microbiology, with an emphasis on “real world” problems such as antimicrobial resistance and microbial contamination. her recent research has focused on microbial contamination of used cosmetics and toothbrushes.
Dr Bashir has led a number of applied Microbiology projects and has contributed to public engagement activities including those using educational theatre combined with an expert forum to engage the public in Antimicrobial resistance (AMR), the Big Bang Fair and the Microbiology roadshow. She has published papers focused on appropriate antibiotic prescribing and educating the public of the dangers of AMR. Dr Bashir regularly engages with the press to comment on news stories and issues related to microbiology.

Areas of Expertise

Clinical Microbiology
Antimicrobial Resistance
Bacteria Found in Food
Make Up Products
Food and Water Microbiology

Education

Aston University

PhD

Microbiology

2016

Professional Practice in Higher Education

Postgraduate Certificate

2014

Teaching and Learning in Higher Education

Postgraduate Certificate

2012

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Affiliations

  • IBMS : Fellow
  • HEA : Fellow

Media Appearances

The dangers of using make-up

The Citizen  online

2020-01-21

The new research, led by Dr Amreen Bashir and Prof Peter Lambert of Aston University's School of Life and Health Sciences, has shown that nine out of 10 in-use beauty products contain superbugs including E.coli and Staphylococci.

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Elsa McAlonan's Beauty Upgrades: How to achieve instant radiance

Daily Mail  online

2020-01-19

According to the study’s author, Dr Amreen Bashir, the best way to avoid germs is to wash your sponge with soap and warm water after every use and dry it thoroughly before putting it back in your make-up bag.

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Superbugs may be breeding in makeup, accessories after use

UPI  online

2019-12-10

"Poor hygiene practices when it comes to using makeup, especially beauty blenders, is very worrying when you consider that we found bacteria such as E. coli," said researcher Amreen Bashir.

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Articles

Microbiological study of used cosmetic products: highlighting possible impact on consumer health

Journal of Applied Microbiology

2019

To investigate the nature and extent of microbial contamination in five categories of used cosmetic products (lipstick, lip gloss, eyeliners, mascaras and beauty blenders) and highlight the potential risk posed to consumers in the UK.

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Does improved management of asymptomatic bacteriuria in pregnant women prevent Escherichia coli bloodstream infections?

Journal of Hospital Infection

2019

Untreated, asymptomatic bacteriuria (ASB) in pregnancy is reported to be associated with an increased risk of pyelonephritis. Preventing pyelonephritis might prevent bloodstream infections (BSIs) with Escherichia coli, which could contribute to the Department of Health 2017 initiative to reduce Gram-negative BSI in England by 50% by 2021 [ 1 ]. The National Institute for Health and Care Excellence (NICE) clinical guideline on antenatal care for uncomplicated pregnancies recommends offering routine culture-based screening for ASB during early pregnancy. However, testing practices for ASB in England are variable between hospitals [ 2 , 3 ].

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Pet Food Factory Isolates of Salmonella Serotypes Do Not Demonstrate Enhanced Biofilm Formation Compared to Serotype-Matched Clinical and Veterinary Isolates

BioMed Research International

2019

Environmentally persistent Salmonella in the pet food factory environment has been described, with biofilm formation suggested as a candidate mechanism contributing to their persistence. In this study the ability of a panel of Salmonella isolates from factory, clinical, and veterinary sources was investigated for their ability to form biofilms at 24 and 48 hours.

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