ALL FULL-BODY - Fat Burning Circuit Workout
For more Fat Burning workouts: howgainmuscle.org For more Fat Burning workouts and exercises for a tight butt, round butt and sexy legs join my free newsletter for all my up-to-date exercises for women and workouts for women: howgainmuscle.org Here is the breakdown of my circuit workout. Grab some water because this is a KILLER workout that will help you burn a ton of calories. Exercise 1: Front Squat x 12 Exercise 2: Squat with Lateral Leg Raise x 15/side Exercise 3: Resistance Band Lateral Side Step x 20/side Exercise 4: Chin-up - failure Exercise 5: Push-up x 12 Exercise 6: Mountain Climbers - 30 seconds 5 Killer Butt Exercises For A Tight And Round Butt - For more info on butt exercises visit my website: Considering that I #39;d a busy full time job, I failed to make time for sports activities and since I did not know something about currently being a conditioning product. I obtained 15 kilos of excessive fat, primarily all around my mid-section. My husband suggests I could have been the confront for "Flabbily Fitness" if I did not alteration my means. I had been 24 and Tolley with the initial time in my life and hardly ever dreamed of getting a exercise design body. It had been certainly depressing. I realized I desired a modify. I joined a gymnasium and hired a private coach to master the best most women routines as I used to be intimidated by weights and the many devices for feminine conditioning. I misplaced 12 lbs inside of the primary thirty day period of doing the ...

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Tannin Biochemistry: It #39;s Just Chemistry
A Miami University professor talks about undergraduate research opportunities and one of her students describes her research and the opportunities she had for presenting that research.

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Tannin Biochemistry: It's Just Chemistry - Video

Pam Killeen, Biochemistry (made with Spreaker)
Source: http://www.spreaker.com

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Pam Killeen, Biochemistry (made with Spreaker) - Video

21 Days: Wellness - Day 10 - Soda, Don #39;t Drink It
http://www.ocnewlife.org 21 Days Wellness - Day 10 - Soda, Don #39;t Drink It - Coach Lana Welcome to 21 Days for Change. I #39;m Coach Lana and today we are talking about, soda. Don #39;t drink it. I could go on for an inappropriate amount of time on this one. In fact I #39;ve done 2 separate videos just on Soda. So, this is the short list of why you want to cut it from your diet. On a scale of 1-10. 1 the food could possibly kill you, 10 the food will lengthen your life. Soda is probably a 2-3. Jillian Michaels would probably argue it #39;s a 1-2. The first ingredient in soda is usually high fructose corn syrup which has been linked to diabetes, heart disease, cancer, and on and on.. Even diet soda has been found to mess with your hormones and biochemistry, making it harder for your body to know when it #39;s full. The brown color in soda has also been linked to cancer. And there is so much more. Yikes! Soda is a pleasure food. It #39;s not necessary so cutting back, may be hard, but it #39;s good for us. If you struggle with this, I highly recommend going to http://www.doctoroz.com and looking up 28 day national soda challenge. It has easy baby steps for you to take. http://www.doctoroz.com If this is an area you struggle with, ask Jesus to help you. Believe this is not too small for Him to tackle with you. I hope to talk with you again tomorrow. Thanks for watching.

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21 Days: Wellness - Day 10 - Soda, Don't Drink It - Video

Washington, January 19 (ANI): Researchers including one of Indian origin have identified a novel target for treating Parkinson's disease.

Narayan G. Avadhani, Harriet Ellison Woodward Professor of Biochemistry and chair of the Department of Animal Biology at the University of Pennsylvania School of Veterinary Medicine, was the senior author on the research.

To study Parkinson's, researchers have commonly mimicked the effects of the disease in animals by giving them a compound known as MPTP, a contaminant of the illicit drug MPPP, or synthetic heroin. MPTP causes damage to brain cells that respond to the neurotransmitter dopamine, leading to problems in muscle control, including tremors and difficulty walking.

The common understanding of MPTP's mechanism was that it entered the brain and was eventually converted to the toxic compound MPP+ by the enzyme MAO-B, which is located on the mitochondria of non-dopaminergic (or dopamine-sensitive) neurons. Scientists believed MPP+ was carried by the action of specific transporters into dopaminergic neurons, where it inhibited mitochondrial function and led to cell death.

In the new study, the Penn-led team turned its attention to yet another molecule, known as mitochondrial CYP2D6, which until recently has been largely uninvestigated. Previous studies in the investigators' laboratory showed that CYP2D6, a protein that is predominantly localized to cells' endoplasmic reticulum, was also targeted to their mitochondria.

Unlike MAO-B, the endoplasmic reticulum-associated CYP2D6 was thought to have a protective effect against MPTP toxicity. The authors now show that mitochondrial CYP2D6 can effectively metabolize MPTP to toxic MPP+, indicating a possible connection between mitochondrial CYP2D6 and Parkinson's.

"About 80 percent of the human population has only one copy of CYP2D6, but the other 20 percent has variant forms of it and some populations have multiple copies. In those people, the activity of mitochondrial CYP2D6 can be high, and there have been correlations between these variants and the incidence of Parkinson's disease," Avadhani said.

Working with primary neuronal cells in culture, the researchers showed that mitochondrial CYP2D6 could actively oxidize MPTP to MPP+. When they introduced compounds that selectively inhibited the activity of CYP2D6, this conversion process was largely halted. Neuronal degeneration was also greatly reduced.

"If we add MPTP to dopamine-sensitive neurons and also add a CYP2D6 inhibitor, we see marked protection of the neuronal function. We believe this is a paradigm shift in how we think about the mechanism of Parkinson's," Avadhani said.

A number of MAO-B inhibitors used in the clinical setting for treating Parkinson's disease have unwanted side effects. A mitochondrial CYP2D6 inhibitor represents a much more specific and direct target and may thus cause fewer troublesome side effects.

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Promising new target for Parkinson's disease identified

Sing a Song of Science (video) Kevin Ahern, a bio-chemistry professor at Oregon State University, uses song to help his classes to learn complicated science data. Now he teaches a class, "Sing a Song of Science," that teaches honors students how to do the same. Watch video On Tuesday afternoons in a small upstairs classroom, Kevin Ahern blows the stiff-collared stereotype of science academia to bits.

Ahern, a biochemistry instructor and director of undergraduate research at Oregon State University, doesn't consider it disruptive to break out in song during class. On the contrary, the songs become the subject matter on Tuesdays, when he teaches the class "Sing a Song of Science" to a dozen honors students. Limericks

"Music brings back memories," he tells the group of future veterinarians, philosophers and doctors before pressing play on a recording of the Alphabet Song.

All the students smile in recognition.

"See, that's literally how 95 percent of kids in this country learn their ABCs," Ahern says. "I took a little different direction."

He presses play again, and a new version of the song begins. Instead of the letters of the alphabet, they hear a ditty that lists amino acids.

Lysine, arginine and his Basic ones you should not miss Ala, leu, val, ile and met Fill the aliphatic set

These are honors students at a major university, and they're singing along to a re-imagined children's song.

It's not a typical scenario for an advanced biochemistry course, but Ahern is not your typical biochemistry professor. The nutty professor

Ahern, a self-described nerd, doesn't limit his quirkiness to science. He's a real-life nutty professor known for his creative streak and is just as comfortable with the dry language of science as he is with the melody and cadence of a '60s pop song.

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OSU professor teaches biochemistry with limericks and song

DARTMOUTH Researchers in the chemistry and biochemistry department at the University of Massachusetts Dartmouth recently received a $339,000 Major Research Instrument award for the acquisition of a 400 MHz Nuclear Magnetic Resonance spectrometer, a primary means of characterizing chemical structures.

The spectrometer represents a big step forward in the department's ability to perform research, train students and attract new faculty. From researching botulism antidotes to studying the health effects of cranberries, this instrument will impact nearly all chemistry and biochemistry projects, the university said.

Dr. Bal Ram Singh, director of the Botulinum Research Center, will use the spectrometer to determine the structure of botulism antidotes being developed from natural compound libraries, while Dr. Sivappa Rasapalli will use it for method development in organic synthesis. In his work, Rasapalli looks for new ways to produce natural products and their derivatives as potential pharmaceuticals.

The spectrometer will also facilitate the work of Dr. David Manke, who will use the NMR to characterize inorganic compounds his lab produces. Specifically, his lab synthesizes inorganic molecules and solids to be applied to the capture and activation of carbon dioxide.

The spectrometer will benefit two professors conducting cranberry health research. Dr. Catherine Neto, director of the Cranberry Health Research Center, will use the NMR to characterize cranberry plant compounds that have potential use as antimicrobials, antioxidants and anti-cancer agents. Dr. Maolin Guo, co-director of the Cranberry Health Research Center, will use the spectrometer to characterize molecular imaging sensors developed in his lab that can study the activity of cranberry antioxidants in live cells.

The instrument will also be useful for several other faculty members including Dr. Brian Dixon at the Massachusetts Maritime Academy.

The award was granted under the leadership of principal investigator Maolin Guo and co-principal investigators David Manke, Catherine Neto, Emmanuel Ojadi and Sivappa Rasapalli.

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UMD chemistry and biochemistry department receives NSF funding