Sentences with phrase «anjhula bais»

Wenger is main reason that Sanchez and Ozil came to arsenal... so no point using your bais against him as the reason!

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I will get loads of thumbs down but i always tru to say the truth and not act bais because i love Arsenal..

My children are not in Bais Medrash but my friends and community have every right and expectation to receive the same opportinities that city college offers to any college student if they choose to send their children to chaim berlin, mir, tv, etc for their higher education.

Meanwhile, Cottone, who recently was named a DENIN Environmental Scholar at UD, will continue his research in the Bais lab, skyping with Bais while he is away.

«To prevent arsenic toxicity, we think the fungus put the arsenic in «a safehouse» — storing it in its vacuole — before the toxin gets loaded to the grain,» explained Bais.

«Jonathon is doing a fantastic job,» Bais said.

«What's happening in Southeast Asia from high levels of arsenic in water and soil has been called the largest mass poisoning in history,» Bais said.

Next semester, Bais will travel home to India while on sabbatical leave to give talks at universities, collaborate on research and meet with people who do work in the field.

Cottone, a junior from Wilmington, Delaware, is working with Harsh Bais, associate professor of plant and soil sciences at UD, on research to help this globally important grain cope with increasing stress.

«A real opportunity for India's next generation of sustainable agriculture will be this area of plant probiotics, using microbes that naturally occur in the soil to help plants,» Bais said.

The ability of the blast fungus to tolerate arsenic is a direct story of evolution, according to Bais.

Ironically, Cottone didn't know a lot about plants until he took Bais's introductory botany course last year.

They don't know what to do,» Bais said.

«We don't know yet,» says Bais, who has already started this next leg of the research.

Sweeney delved into work in Bais's lab at the Delaware Biotechnology Institute after school, on weekends and during summer breaks, culturing an estimated thousand Arabidopsis plants for experiments.

Bais asked Sweeney to repeat the experiment multiple times, partitioning the plants to rule out any communication between the root systems.

You can't just do it halfway,» Bais says.

It's not releasing these chemicals to help itself, but to alert its plant neighbors,» Bais said.

When Harsh Bais, a botanist at the University of Delaware, emailed Connor Sweeney to tell the high school student he would be willing to mentor him on a research project, Sweeney, a competitive swimmer, was so ecstatic he could have swum another 200 - meter butterfly at practice.

In previous research, Bais had shown how soil bacteria living among the roots can signal leaf pores, called stomata, to close up to keep invasive pathogens out.

«Working with Dr. Bais has been great,» Sweeney says.

«This is a really cool and remarkable study,» says Harsh Bais, a root biologist at the University of Delaware, Newark, who was not involved in the work.

Bais credits Sweeney for the discovery, praising his hard work and willingness to learn, on top of his other high school studies and swimming upwards of 22 hours a week.

«It was crazy — I didn't believe it at first,» Bais says.

Previously, Bais and his research team isolated Pseudomonas chlororaphis EA105, a bacterium that lives in the soil around the roots of rice plants and found that this beneficial microbe can trigger a system - wide defense against the rice blast fungus.

The studies were led by the laboratory of Harsh Bais, associate professor of plant and soil sciences in UD's College of Agriculture and Natural Resources.

The co-authors included postdoctoral researcher Venkatachalam Laksmanan and Nicole Donofrio, associate professor of plant and soil sciences, in addition to Bais.

In studies at the Delaware Biotechnology Institute at UD, Bais and his team treated spores of the rice blast fungus with abscisic acid.

«Plants and their microbial neighbors have this beautifully complex and intricate system of communicating through chemical signals, with each trying to manipulate the situation to maximize their own fitness,» Bais says.

«It's like a double - edged sword,» Bais says.

Bais and his team have shown that when the rice blast fungus invades a rice plant, an increase in abscisic acid occurs.

Once these spores infiltrate the cell wall, the fungus «eats the plant alive,» as Bais says.

To home in on the source of the antifungal impact, Bais and his colleagues are relying on what he refers to as «old school culturing» to find out if a single bacterium or a group of different bacteria are at work.

Bais» group previously isolated a natural bacterium from rice paddy soil that blunts the rice blast fungus.

«The whole world is waking up to biologicals,» Bais says.

According to Bais, the rice blast fungus (Magnaporthe oryzae) attacks rice plants through spores resembling pressure plugs that penetrate the plant tissue.

That is the ultimate test,» Bais says.

Thanks to DNA sequencing techniques, Bais says that identifying the various microorganisms in soil is easy.

The soil microbe the team identified is named «EA106» for UD alumna Emily Alff, who isolated the strain when she was a graduate student in Bais» lab.

«Rice blast is a relentless killer, a force to be reckoned with, especially as rice is a staple in the daily diet of more than half the world's population — that's over 3 billion people,» Bais notes.

«We truly are working to disarm a «cereal killer» and to do so using a natural, organic control,» says Bais, in his laboratory at the Delaware Biotechnology Institute.

In a research study published in the journal Planta this past October, Bais and colleagues Spence, Donofrio and Vidhyavathi Raman showed that Pseudomonas chlororaphis EA105 strongly inhibited the formation of the appressorium and that priming rice plants with EA105 prior to infection by rice blast decreased lesion size.

«Everyone knows what's there, but we don't know what they are doing,» Bais says of the microbes.

Applying a natural soil microbe as an antifungal treatment versus chemical pesticides offers multiple benefits to farmers and the environment, Bais says.

«Rice blast quickly learns how to get around synthetics — most humanmade pesticides are effective only for about three years,» Bais says.

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