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May 6

Flower’s Invisible Color Aids with Pollination and Survival

Muto’s BioTech Insight Series #21 Matthew H. Koski, an assistant professor of biological sciences at the Clemson College of Science, explored a member of the rose family, the bright and yellow Argentina anserina, with his research team. …

Biotech

3 min read

Flower’s Invisible Color Aids with Pollination and Survival
Flower’s Invisible Color Aids with Pollination and Survival

Apr 29

An Anticancer Compound From Australian Stinging Tree

Muto’s BioTech Insight Series #20 Dendrocnide moroides, commonly known as the Australian stinging tree from the nettle family, are covered with numerous tiny needles that contain one of nature’s most painful and long-lasting toxins, called moroidin. However, there is another side to moroidin. This chemical compound can bind to a…

Biotech

3 min read

An Anticancer Compound From Australian Stinging Tree
An Anticancer Compound From Australian Stinging Tree

Apr 22

GMO Tomatoes Can Help Parkinson’s Patients

#Muto BioTech Insight Series #19 Parkinson’s Disease (PD) is a common neurodegenerative disorder, shared by 1 million patients in the United States and 10 million worldwide. It is a serious affliction with symptoms such as slow movement, poor coordination, and memory deterioration, which become progressively worse with time. …

GMO

3 min read

GMO Tomatoes Can Help Parkinson’s Patients
GMO Tomatoes Can Help Parkinson’s Patients

Apr 15

Lychee Genome Reveals Natural History And Helps Predict Flowering Time

Muto’s BioTech Insight Series #18 Litchi chinensis, a sweet tropical fruit in the Sapindaceae family also known as lychee, is one of the economically important crops commonly cultivated in Eastern Asia. It is a very difficult crop to store due to its short maturation period. …

Biotech

3 min read

Lychee Genome Reveals Natural History And Helps Predict Flowering Time
Lychee Genome Reveals Natural History And Helps Predict Flowering Time

Apr 8

Positive and Negative Immune Response Regulation in Monocot Plants

Muto’s BioTech Insight Series #17 Plants are divided into two categories, dicotyledonous or monocotyledonous, depending on various distinguishing factors, such as embryonic structure. This is a possible explanation as to why their immunological responses to certain external threats are different. A research group from Tokyo University of Science, led by…

Biotech

3 min read

Positive and Negative Immune Response Regulation in Monocot Plants
Positive and Negative Immune Response Regulation in Monocot Plants

Apr 1

Stem Cells Deny the Rule of Differentiation after Mutated

Muto’s BioTech Insight Series #16 Imagine you do not have salt when making a cake, so even with the missing ingredient, you put the cake batter in the oven expecting a similar product. However, you get a medium-cooked steak instead. …

Biotech

3 min read

Stem Cells Deny the Rule of Differentiation after Mutated
Stem Cells Deny the Rule of Differentiation after Mutated

Mar 25

Gene Responsible for Creating Additional Vacuoles in Plant Cells is Discovered

Muto’s BioTech Insight Series #15 It is widely known that plants have one large central cavity or vacuole in their cells. However, a recent study indicates that there could be several of them, each serving a different function. …

Biotech

3 min read

Gene Responsible for Creating Additional Vacuoles in Plant Cells is Discovered
Gene Responsible for Creating Additional Vacuoles in Plant Cells is Discovered

Mar 11

Peanut researchers create disease-resistant hybrids

Muto’s BioTech Insight Series #14 Arachis hypogaea L., more commonly known as peanuts, suffers from a wide range of biotic and abiotic stress, due to its narrow genetic base. …

Biotech

3 min read

Peanut researchers create disease-resistant hybrids
Peanut researchers create disease-resistant hybrids

Mar 4

Oxylipin KODA Production to Increase Stress Resistance in Plants

Muto’s BioTech Insight Series #13 KODA, or 9-hydroxy-10-oxo-12(Z),15(Z)-octadecadienoic acid, is an agrochemical classified as plant oxylipin. Oxylipins are a large group of oxidized fatty acids, mostly derived from polyunsaturated fatty acids, such as linoleic, linolenic, and roughanic acids. Oxylipins, including KODA, are known to help plants recover from stresses like…

Biotech

2 min read

Oxylipin KODA Production to Increase Stress Resistance in Plants
Oxylipin KODA Production to Increase Stress Resistance in Plants

Feb 25

Lab Research Shows Plants Can Be Used for Repairing Human Bone and Tissue

Muto’s BioTech Insight Series #12 Restoring lost human bone and tissue has been a challenging yet popular topic for many researchers for its potential to help millions of people. …

Biotech

3 min read

Lab Research Shows Plants Can Be Used for Repairing Human Bone and Tissue
Lab Research Shows Plants Can Be Used for Repairing Human Bone and Tissue
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