59 results found for 22-year-olds,18-22-year-olds

In part three of this three part series, FSU chemist Dr. Gregory Dudley, summarizes the conclusions of ongoing FSU microwave chemistry research. He discusses the implications and future prospects of microwave research, addressing how other labs could....

In part two of this three part series, FSU chemist Dr. Gregory Dudley, discusses in depth the microwave chemistry research he's conducted in collaboration with FSU colleague Dr. Al Stiegman. The research outlines Friedel-Crafts substitutions, Aryl-Cl....

In part one of this three part series, FSU chemist Dr. Gregory Dudley, puts forth the controversy that surrounds microwave chemistry research, he outlines physical theory of microwave chemistry, and discusses the research teams central design hypothe....

This is the introduction to a three part research presentation on microwave chemistry given by FSU chemist Dr. Gregory Dudley. Dudley reports on joint FSU research surrounding microwave chemistry and its previously unknown potential in lab applicatio....

Jonathan Christian discusses what it means to be a material/physical chemist. He shows how a physical chemist characterizes materials using his research into Chromium 3+ polyoxometalates.

Florida State graduate student Brian Gold discusses his research into click chemistry, that is building complex molecules using simple reactions that always work. Brian's project focuses on increasing ring strain of organic molecules without reducing....

CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) interference is a newly discovered immune system acquired by bacteria and archaea. This system has attracted great attention in research and industry because of its potential applicat....

Aby describes his research into novel nanomaterials.

A brief description of the factors which are involved in simulating various effects in tissue engineering research.

How do we choose the right materials for tall buildings?

Duke University

Ramya talks about the ways in which nanomaterials can affect rice-plant growth and also be used for imaging purposes.  This talk was part of her PhD thesis defence.

Baiju describes the important uses of magnetic nano particles for delivering anti-cancer drugs.  This talk was part of his PhD thesis defence.

Aswathy presents her PhD thesis defence lecture where she describes the use in drug-delivery of nanoparticles.

Brahatheeswaran describes how tissue scaffolds can be made in novel ways.  This lecture is his PhD thesis defence.

During her PhD thesis defence lecture, Athulya describes how nano particles can be used for successful drug delivery.

During his PhD thesis defence lecture, Sreejith looks at some novel prospects for biomedicine.

During his PhD thesis defence, Ankur looks at the ways in which various techniques are used for the creation of the desired structural characteristics of carbon nanotubes  

During the defence of his doctoral thesis, Mohamed describes his work and investigation of curcin, the ribosome-inactivating protein and the ways it may be used in the treatment of cancer.

Srivani describes in her PhD dissertation lecture how silica nano-materials can be used in both the imaging and treatment of cancer-related angiogenesis.

In her PhD dissertation lecture, Anila describes the use of nano-particles in the treatment of Alzheimer's Disease.

Saino describes her success in developing electrochemical biosensors during her PhD course at Toyo University.

The science of carbon nanotubes and related materials. How can we use them to make novel hybrid structures?

A survey of this useful technique

Overview of research that seeks to find a better intervention to correct a cleft palate

Developing river environments for social use

How microscopy is used to improve materials