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University of Bradford


Half a face enough for recognition technology

Researchers from the University of Bradford have developed a facial recognition system that can accurately identify individuals even when only half or three-quarters of their face is visible. The study found that the bottom half of the face, eyes, and nose were most useful for recognition.

SourceUniversity of Bradford·JournalFuture Generation Computer Systems·DateMay 1, 2019

Protein 'spat out' by cancer cells promotes tumor growth

Researchers at the University of Bradford discovered a protein, EN2, released by cancer cells that alters normal cell behavior, promoting tumour growth and evading the immune system. The study found that both cancer and normal cells take up the protein, leading to changes in shape or fusion, allowing cancer cells to reactivate and spread.

SourceUniversity of Bradford·JournalScientific Reports·DateMar 26, 2019

What Anglo Saxon teeth can tell us about modern health

Researchers from the University of Bradford analyzed Anglo Saxon children's milk teeth to identify modern children at risk for conditions like diabetes and heart disease. The study found that teeth provide a more reliable indicator of diet and health than bones, revealing biomarkers for stress in early life.

SourceUniversity of Bradford·JournalAmerican Journal of Physical Anthropology·DateSep 6, 2018

New diagnostic technique picks up the S in vision

A new diagnostic technique has been successfully tested at the University of Bradford, allowing for the isolation of responses from S-cone photoreceptors. This breakthrough could help in the diagnosis of diseases such as Types 1 and 2 diabetes, glaucoma, and high blood pressure.

SourceUniversity of Bradford·JournalJournal of the Optical Society of America·DateMay 1, 2018

Is your smile male or female?

Researchers at the University of Bradford have developed an AI system that can automatically assign gender based on a smile. The system uses dynamic movement analysis to distinguish between men and women, finding that women's smiles are more expansive than men's.

SourceUniversity of Bradford·JournalThe Visual Computer·DateMar 14, 2018

New 'checkpoint' model that could identify potential drugs to treat genetic disorders

A new 'checkpoint' model can identify potential drugs to treat genetic disorders by allowing compounds to bypass premature stop instructions once, reducing the risk of harmful protein generation. The model has been used to screen hundreds of genes and existing FDA-approved drugs, identifying two promising targets for drug development.

SourceUniversity of Bradford·JournalHuman Molecular Genetics·DateDec 18, 2017

Drug hope for acute myeloid leukemia

Researchers at the University of Bradford have discovered a new drug candidate, HXR9, that targets HOX genes to prevent cancer cell growth and induce apoptosis. Combining HXR9 with another drug shows enhanced results in reducing cancer growth.

SourceUniversity of Bradford·JournalOncoTargets and Therapy·DateAug 8, 2017

New drug hope for mesothelioma

Researchers have discovered a new drug, HRX9, that targets the HOX gene family and induces apoptosis in mesothelioma cells. The study found that treatment with HRX9 resulted in complete loss of tumor blood vessels and widespread cancer cell death, offering new hope for patients.

SourceUniversity of Bradford·JournalBMC Cancer·DateMar 14, 2016

Not so happy old age?

A recent study published in Psychology and Aging suggests that depressive symptoms continue to increase throughout old age, contrary to previous studies which only examined the issue up to age 85. The research found that levels of physical impairment, medical conditions, and death's approach significantly contribute to these increases.

SourceUniversity of Bradford·JournalPsychology and Aging·DateNov 13, 2015

Dirt provides new insight into Roman burials

A team of archaeologists has discovered evidence of frankincense being used in Roman burial rites in Britain, shedding new light on the country's funerary practices. The analysis of debris and skeletal remains from across Britain revealed that these precious substances were transported to the empire's northern outpost despite its decline.

SourceUniversity of Bradford·JournalJournal of Archaeological Science·DateDec 4, 2014