Large French study reveals intravenous drug users with yeast fungaemia have unique fungal profiles and lower mortality, ...

Scientists in the US have created a method to convert human urine into hydroxyapatite, the mineral found in bones and teeth, ...

Human urine can be turned into hydroxyapatite now as researchers have developed a method for it. Hydroxyapatite is a mineral ...

A new method for chemically altering human urine could be used for producing medical implants and construction materials, ...

Identifying casts in urine sediment can provide important diagnostic information and may even be predictive of progression or regression of known renal disease.

A urine test strip for blood can detect as little as 150 µl/l of free hemoglobin, corresponding to 5–20 RBC/l on microscopic analysis, or 1–4 RBC/HPF of concentrated urine sediment.

UC Irvine scientists use genetically engineered yeast to convert human urine into hydroxyapatite, essential for dental and bone implants.

Discover how snowflake yeast defies expectations, growing exponentially due to physical processes, challenging traditional views on evolution.

Acoustic recordings of signals in the 1.5–4.0-kHz band were analyzed for information about the sound speed and attenuation frequency dispersion of a fine-grained sediment found in the New England ...

Introduction Urinary tract infections (UTIs) are the second most common type of infection worldwide, accounting for a large number of primary care consultations and antibiotic prescribing. Current ...

Discover how genetically modified yeast transforms urine into hydroxyapatite, a key component for bone and dental repair, offering new possibilities.

Scientists have created synthetic yeast that converts human urine into a valuable bone implant material, while also reducing pollution.