New Research: LEX Supplementation in Reduced-Energy Broiler Diets 🐔https://t.co/3AZFXgrH7A
A recent study (Aslam et al., 2026) shows that adding a combination of lysolecithin, synthetic emulsifier & monoglycerides (LEX) to broiler diets reduced in energy & amino acids can:
My second article from my PhD is out in PLOS ONE!
We show that black soldier fly larvae fat shapes the cecal microbiota of broilers in ways comparable to conventional dietary fats, while reducing key opportunistic pathogens. Read the full paper here: https://t.co/uw3gqdQFNK
🪱 Can insect fat replace traditional oils in broiler diets?
Our study shows that black soldier fly larvae (BSFL) fat improves feed efficiency, digestion & immunity—while being eco-friendly 🌍
📄 Read more: https://t.co/h5avq9konF
#PoultryNutrition#InsectProtein
Our study reveals how Bacillus licheniformis + phytase in broiler diets enhances growth, digestibility, gut microbiome health, and bone strength! 🐓📈
Read the full article here: https://t.co/XHRuYjmdVy
#PoultryScience#GutHealth#BroilerResearch
Not sure where to publish your research?
Here are 7 bookmark-worthy tools that help you decide on the right target journal or repository for your research!
A thread. 🧵
#newPI#ECRchat
Just published: Our new article on using Black Soldier Fly larvae fat in broiler diets! 🐤 Learn how it impacts growth, nutrient digestibility, and physiological health. #PoultryNutrition#SustainableAg#Research
Read more: https://t.co/VrvBXL0ZEG