Tropical Resilience Genetics is an Embryo & Semen export company based in New Zealand supplying "SLICK" gene for Holsteins, Jersey and Beef cattle. What are the benefits you may ask of "SLICK" gene? The benefits from the improved breed Genetics carrying the SLICK gene; it enables Holstein or Jersey cows (or the beef breeds) to perform a lot closer to their genetic potential in the tropical environments. These cattle can keep their core body temperature about 1 degree lower than their herd mates without the gene (more effective than providing shade but both are good in extreme conditions). The lower body temperature reduces stress, and the heifers or cows continue to eat normally which enables: higher growth rates (nearly double in young heifers) earlier puberty and calving higher milk production (in the order of 4 litres per day) better body condition maintained and earlier rebreeding All of the above makes a major difference in feed efficiency, profitability and much reduced methane output per kg of milk or meat, so really a three-way WIN! Read the latest issue of our newsletter to find out more.
Tropical Resilience Genetics’ Post
More Relevant Posts
-
Q: What is the most popular tool used for gene editing plants? A: CRISPR! In 2012, CRISPR, which stands for clustered regularly interspaced short palindromic repeats, was patented by two scientists — Jennifer Doudna and Emmanuelle Charpentier. It is the most precise and fastest plant breeding tool out there. Keep learning: https://naturenurtured.ca #CRISPR #CRISPRCas9 #PlantBreeding #GeneEditing
-
-
Two takeaways from this short read by Sophien Kamoun: 1. Fundamental Research Importance: The discovery of genes selected for disease resistance resulted from over a decade of fundamental research in plant-microbe interactions. This research is critical for developing disease-resistant crops. 2. Gene Editing Precision and Speed: New precision breeding technologies offer significant potential for creating improved plant varieties more quickly than traditional plant breeding methods. let’s hope gene-edited rice acceptance surpasses that of genetically modified (GM) rice! 🌾🤞
I just published: Gene Editing (GE): disease-resistant rice for risotto Italy launches first field trial for gene-edited crops.
-
Concerns of Gene Editing 🔬 A new study shows that #GeneEditing can cause unintended genetic changes, raising concerns for food and agriculture. These findings highlight the need for careful oversight and regulation in the use of gene-editing technologies. 🌾 Overseas, the use of genetic modification or gene editing is widespread and in New Zealand, despite our current regulations, we consume many imported products that are derived from these GMOs, which I find a big concern. Staying informed and advocating for transparency in our food systems is crucial. Are you supportive of GE in New Zealand? Learn more about this groundbreaking research here: https://lnkd.in/gD4drwzg #NZGeneEditing #FoodSafety #Agriculture #RegenerativeFarming #StayInformed #AtaRegenerative
-
-
🥔Potatoes face 20-50% yield loss due to PVY virus infection😲! 🧬✂️With precise gene editing tools, like #CRISPR/Cas9, we can mimic resistance from other crops (e.g. tomatoes and peppers), thus reducing PVY infection success rates in potatoes✅! #GeneBEconSymposium #sustainableagriculture #resistantpotato #NGTs #geneediting #plantbreeding
-
-
Gene editing in poultry refers to the precise modification of the bird's DNA to introduce, remove, or alter specific genes associated with desired traits. This technology allows scientists to make targeted changes to the genome of poultry species, such as chickens and turkeys, with unprecedented precision and efficiency. The most commonly used gene editing technique in poultry is CRISPR-Cas9, although other methods such as TALENs (Transcription Activator-Like Effector Nucleases) and ZFNs (Zinc Finger Nucleases) have also been employed. Here's how gene editing works in poultry: #nutriaid #nutriaidingredientsindia #veterinarycare #veterinarysurgeons #veterinaryclinic #poultryfeed #poultryproduction #poultryhealth #poultrydiseases #poultrynutrition #veterinarydoctor #poultryfeed #poultryfacts
-
-
Comprehensive marine microbe gene database aids antibiotic discovery, climate tracking. Fungi play a crucial role in the ocean's 'twilight zone.' #microbiology #genomicdata #climatechange #genetic #drugdiscovery
-
-
Muscle Weakness gene test results as well as Carrier Probability values for the Muscle Weakness Haplotype (HMW) and BH14 are now accessible on the Lactanet website, helping you make more informed mating decisions. Dive into our latest article for all the details! https://lnkd.in/gRE2Mi-6
New Genetic Condition and Haplotypes: Muscle Weakness and BH14 - Lactanet
https://lactanet.ca
-
"Developmental problems in shrimp" 1) Deformities are quite prevalent in some shrimp and arise from complex interactions that involve environment, diet and gene expression. 2) Bodies may be twisted or appendages missing or mishaped. 3) Deformities are less prevalent in wild caught larvae than hatchery populations probably because wild shrimp have more opportunity for natural selection and exposure to normal developmental conditions. 4) Moult arrest occurs in affected animals of same populations. Animals begin, but are unable to complete the molting process. 5) In some cases there is abnormal adherence to underlying skin, but most animals appear to lack the necessary stamina. Nutritional inadequacies and water quality factors have been identified as causes.
-
-
Join the online PlantGENE workshop on how to start with gene editing in crops this Wednesday!
-
-
The Pi54 gene is a vital component in the defense mechanism of rice plants against the devastating rice blast disease caused by the fungus Magnaporthe oryzae. This gene provides broad-spectrum resistance, protecting rice crops from various strains of the pathogen. Understanding the 3D structure of the Pi54 protein is crucial for unraveling its role in the interaction with the Avr-gene from the fungus, contributing to the molecular understanding of the resistance mechanism. Biotechnological applications, including genetic engineering, CRISPR/Cas9 genome editing and marker-assisted breeding, leverage the insights gained from Pi54 research to develop rice varieties with improved resistance, addressing the challenges posed by rice blast and enhancing global food security. #pi54gene #riceblast #bioinformatics #biotechnology #3Dstructureprediction
