Skip to Content Skip to Navigation

3 results for #flavour

Sheep & lamb
Multiple technology areas
Animal technology Automation E-commerce & market platforms Traceability
Research project

On-line measurement of intramuscular fat in hot lamb carcases

An imaging needle using an established medical technology has established a positive proof-of-concept to measure Intra Muscular Fat (IMF) percentage in an un-cut lamb carcase. Intramuscular fat contributes positively to the juiciness and flavour of lamb and is a useful indicator of eating quality. This project will assist in refining the pre-commercial prototype probe under development, validate the precision and accuracy of IMF measurement and release a prototype device to an early-adopter industry partner.
  • Funded by

    Meat and Livestock Australia (MLA)

  • Project date

    9 Feb 2022 -
    1 Jun 2025

  • Research organisation

    The University of Adelaide (UA)

Multiple industries
Beef cattle Sheep & lamb
Multiple technology areas
Automation Food processing technology Processing & packaging
Research project

Translating intramuscular fat measurement technology to the sheepmeat industry

Intramuscular fat contributes positively to the juiciness and flavour of lamb and is a useful indicator of eating quality. This project will deliver a commercially applicable intramuscular probe to measure intramuscular fat in un-cut lamb carcases. This project will focus on lamb but the device will also be applicable to beef.
  • Funded by

    Meat and Livestock Australia (MLA)

  • Project date

    15 Dec 2021 -
    31 Jan 2025

  • Research organisation

    Miniprobes Pty Ltd

Wine
Multiple technology areas
Crop protection Input management Plant science
Research project

Validation and implementation of an early warning system to reduce smoke impacts from prescribed burns and bushfires on agricultural industries in Victoria

This project will develop a fully integrated network of air quality sensors to provide real-time data on smoke dose and the risk of smoke taint in winegrapes. Accurate prediction of the doses which cause smoke taint will enable the emergency sector to organise and conduct planned burns more effectively and with less risk to agricultural industries, particularly the wine industry.
  • Funded by

    Wine Australia

  • Project date

    1 Jan 2021 -
    30 Mar 2022

  • Research organisation

    La Trobe University

Clear