Embryonic smooth muscle cell

Correcting Muscular Dystrophy With CRISPR and Gold Nanoparticles

Being one of the earliest focused upon diseases for CRISPR to treat other than retinitis, Duchenne muscular dystrophy has seen a lot of scientific effort be put into finding a cure or at least a palliative treatment to restore some amount of strength. Previous attempts have involved various types of viral vectors to help remove […]

Kirstenbosch National Botanical Garden

Ethnobotany: A Primer On The Intersection Of Culture and Nature

Ethnobotany is one of those fields that encompasses more than just itself. It is larger than the sum of its parts. Connected to the wider field of ethnobiology, it relates to all of its other sister fields, like ethnoentomology, ethnozoology, and ethnomycology. And discussing just those misses out on the various other culture specific fields […]

Mouse embryo

CRISPR Discovers Embryo Gene’s Fate And The Futility Of Mice Models

The field of embryology continues to be one with more mysteries than answers. Since it is difficult in many countries around the world to work directly with human embryos, animal models are often the best we can do. To a certain extent, stem cells allow us to at least observe the earliest stages of multicellular […]

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A Nematode Neuron Gene May Hold Key To Treating Neurodegenerative Disorders

Neurodegenerative disease research has long been focused on understanding the underlying genes and molecules involved in the breakdown of mental function. But it is a multi-faceted process, involving some of the most complicated cell types in the human body. The main focal point has been on determining how the diseases progress and what can be […]

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The Relaxed System of CRISPR-Cas10 Is Deadly To Mutated Viruses

The specificity found within the mechanisms of the CRISPR system can be both a boon and a bane. Thanks to things like the PAM sequence, CRISPR-Cas9 has found itself as a useful tool to accurately target desired gene sequences at an unparalleled level. No other gene editing technology can really come close to matching the […]

PharbitisNil

Scientists Use CRISPR To Reinvent Traditional Japanese Flower

As things change, they ultimately stay the same. Or perhaps a better metaphor is that we always end up circling back to the beginning, retracing our own footsteps. That seems to be the case today, though not in a bad way. The Early Bloom One of the very first original biotech experiments back in the […]

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Digital Biology and Bio-Digitization: A Historical Overview

Describing what digital biology entails has never been an easy task. At times it has been considered a twin to synthetic biology and at others a subset of biodata fields. Its true nature is so broad that even considering it to be a single field may end up proving fallacious in the future and it […]

CSIRO ScienceImage 2818 Group of Nematodes

Global Transportation Raises Biosecurity Concerns With Plant Pathogens

With an ever increasing population and global interaction, trade between nations and people moving to and fro poses distinct risks to biosecurity concerns. Human diseases are obviously top of the list, but because they involve direct contamination by humans themselves with other humans, most medical organizations around the world have numerous measures in place to […]

Mimulus guttatus.Phrymaceae

New Flower Developed With Evolutionary Autopolyploidy In Past 200 Years

The study of evolutionary history and how species have developed into the modern forms we know them for today has always been a continuing and ongoing process. As new knowledge on ancient and extinct species is unearthed and matched to their evolved living descendants, we are then able to further fill out the complicated pattern […]