Articles tagged with Cloning Techniques
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Researchers from New England Biolabs and Yale University have developed a first fully synthetic bacteriophage engineering system using the High-Complexity Golden Gate Assembly platform. This method simplifies strain engineering techniques, allowing for rapid creation of tailored therapeutic strains to overcome antibiotic resistance.
Researchers at USTC create flexible electronic systems using thermoplastic polyurethane and liquid metal, enabling high-performance, stretchable, and reconfigurable devices. The technology addresses environmental and energy concerns with recyclability and reconfigurability.
Scientists at KU Leuven developed a method to multiply coconut trees faster and store them more efficiently, preserving genetic diversity and meeting the demand for coconuts. The technique allows thousands of new specimens with the same genetic profile to be obtained, offering potential for coconut plantations worldwide.
UConn researchers have successfully developed a micropropagation technique for cannabis, which can produce large quantities of healthy clones with predictable qualities. The method has the potential to meet the growing demand for medical cannabis by providing consistency and reliability in crops.
Researchers developed a technique combining dPCR and HSAFM to diagnose DNA rearrangement mutations with high accuracy and low cost. The technology accurately identified FLT3 gene mutations in patients with acute myeloid leukemia, offering a potential powerful tool for cancer diagnosis.
Researchers at IDIBELL have developed Nested CRISPR, a cloning-free method for genome editing using long DNA fragments. The technique involves two steps: inserting a small portion of the fragment into the genome and then using it as a
Researchers at Georgia Institute of Technology developed an AI system that can recreate a game engine using less than two minutes of gameplay video. The AI makes predictions of future events, such as character movement and enemy reactions, by studying the frames and making predictions of what path a character will take.
Scientists have developed a powerful new technique called LASSO cloning that can clone thousands of long DNA sequences at once, speeding up the creation of proteins and discovery of new medicines. This innovation enables researchers to analyze what genes' proteins do, leading to potential breakthroughs in scores of diseases.
Researchers at ANU and UQ have developed a cloning method that produces higher-quality quantum clones than existing methods, with a success rate of about 5%. This breakthrough could enable ultra-secure encryption over long distances, overcoming the limitations of current quantum communication systems.
North Carolina State University researchers have developed two new techniques, MEMST and MeToo, to help optimize memory systems in computer chips. These techniques use performance cloning to assess the behavior of software without compromising privileged data or proprietary code.
Researchers have developed a detailed positional cloning protocol to locate genes within the large and complex maize genome. This technique allows for the identification of genetic markers linked to specific traits, enabling precise localization of candidate regions until the gene is identified.
The Columbia Engineering team found a critical security problem in Google Play, where developers store their secret keys in their apps, making them vulnerable to malicious attacks. The discovery was made using a new tool called PlayDrone, which downloaded over 1.1 million Android apps and identified thousands of secret keys.
Researchers at RIKEN Center for Developmental Biology successfully cloned mice multiple times using somatic cell nuclear transfer (SCNT) technique, overcoming previous limitations. The study published in Cell Stem Cell reveals no accumulation of genetic or epigenetic abnormalities after repeated cloning.
A team of researchers has successfully cloned single-wall carbon nanotubes with identical structures using a DNA-based technique. This breakthrough solves the challenge of producing nanotubes of specific structure for nanoelectronics.
Harvard researchers develop a new technique inspired by pop-up books and origami to mass-produce microrobots and electromechanical devices. The method uses layered and folding processes to create complex structures with flexible hinges.
Researchers developed a digital polymerase chain reaction (PCR) device that sets dramatic new performance standards in sensitivity and accuracy of sample screening. The device enables the direct counting of single molecules isolated in individual chambers.
Researchers at University of East Anglia developed a new way to clone facial expressions during live conversations to study how they influence behavior. The technique maps facial movements to models of faces, allowing for manipulation of expressiveness, identity, and gender.
P/acman allows researchers to study large genes and gene complexes in Drosophila, overcoming a key limitation of currently available methods. This new technique has far-reaching promise for understanding the structure and function of virtually all fly genes.
A computer scientist at Virginia Tech has designed an innovative software framework called iDesign to enhance the virtual environment experience for designers. The framework is being used to develop immersive design applications in structural engineering, interior design, and architectural design.
The university's technique has improved the success rate of cattle cloning from one in 20 to one in seven, paving the way for efficient meat production. Cloning technology will allow farmers to reproduce desirable traits and improve genetics at a faster rate.
Researchers develop novel method of membrane fusion to transfer infertile woman's nucleus into donor egg, enabling nearly full genetic contribution. The technique could help women with embryo development failures due to cytoplasmic defects in their own eggs.
University of Hawaii scientists have made a breakthrough in cloning technology by creating the first male mouse clone, dubbed Fibro. The achievement uses somatic cells from adult male tails to produce a live offspring, showcasing that animals of either sex can be cloned and non-reproductive cells can be used.