Stem Cell Therapy for Pets

Grover, a 4-year-old German Shepard, may have a new lease on life thank to an injection of stem cells that is hoped to bring range of motion back to a bum knee. Treatments to the leg have helped the dog move around, and seem to have helped some of the pain, but the dog still suffers.

The owners hope this expensive new therapy will help, but admit that they are unsure of the process. This will be the first time that doctors have used stem cells from a subject to try and repair damaged cells, but there are growing numbers of pet owners willing to try experimental therapies like this one to help their furry friends.

Researchers currently rely on animal models to try and predict the behavior of stem cells in humans. Mice and other animals with similar genetic profiles have been used to test the applications of stem cells. While there is a gap between these animals and human patients, science have a growing body of evidence suggesting that this testing will lead to real results soon.

For those considering the therapy for their own pets, it’s important to manage your own expectations. Stem cells are extremely potent, but their use is still very much experimental. The price can be high, and the turnaround time can be slower than anticipated. Some treatments can be conducted same day, others require repeat visits and off-site lab work.

The most important take away is that pet owners increasingly have more options to deal with pet illness.

Bio: Sasha Bakhru is a bio-medical researcher with experience in stem cells and pharmaceuticals. Sasha Bakhru is the co-founder of NeuroBank. 

Sasha Bakhru Explains the Amazing Power of the Ganges

The River Ganges stretches along 4 miles of Indian coast, and it’s the bathing grounds for thousands of visitors from around the world. It’s also one of the most polluted rivers in the world, yet time after time people are drawn to its waters to bathe and swim. Perhaps the most remarkable part, they walk away disease free. What is it about this river that explains its pure properties?

E. Coli

In separate tests of water samples that were 15 days old, 8-years-old and 16-years-old, E. Coli survival rates were at near zero. In fact, the survival rate of E. Coli was greater in boiled water than it was in the contents of the river Ganges. The river actually contains microbes that consume bacteria that scientists call bacteriophages.

Biological Oxygen Demand

The Ganges has an above average ability to absorb oxygen, up to 15-25 the times the power of other rivers. Because of this, the river is able to handle higher amounts of pollution by processing bio waste. Scientists have tested the waters and found that as much as 60% of bio waste was removed within an hour.

Standing Water

Jarred water from the river Ganges doesn’t seem to go bad, no matter how long it stands. It is said that the British East Indian Company used water from the river Ganges because it was able to stay sweet and fresh for longer than other sources.  The true reason for the Ganges’ ability to retain oxygen and kill bacteria is hard to pinpoint, but this amazing river has had these properties all throughout recorded history.

Bio: Sasha Bakhru is a biomedical engineering graduate with an emphasis on stem cell research. You can find the research of Sasha Bakhru online.

Sasha Bakhru Explains the Promise of Stem Cell Research

Terminally differentiated cells have processes in the body that are set in stone and cannot change. Other cells are useful for their ability to replenish themselves, or rebuild cells for a different purpose. Known as “stem” cells, these cells represent a huge opportunity for medical scientists seeking to cure diseases that were previously incurable.

Biological Manipulation

Scientists have discovered that the inclusion of RNA can actually affect how a cell grows. This achievement is hoped to influence drug making by effectively targeting certain cells. One of the drawbacks to current pharmacology is the shotgun approach to treating disease, evidenced by the many side effects a medication can carry. Through specific cell targeting, it’s hoped that doctors can do more damage to the disease with less harmful effects for the patient.

Extracting Cells

Embryonic stem cells are the most controversial, and they typically come from early stage embryos. These cells can take the form of anything a growing embryo may need, which makes them valuable to researchers who hope to regenerate organs or cure cancer. How we harvest these cells has changed, as we discover methods for growing embryonic cells in a petri-dish.

Stem Cell Therapy

The ideal future of medicine will use stem cells to rebuild damaged tissues. Scientists hope that we will be able to take skin cells and re-engineer them to fit with other parts of the body, effectively using the same regenerative properties that heal us after a cut.

Conclusions

The world of stem cell research is growing, and we are beginning to find less invasive methods for harvesting these important cells. Future research will try more of these procedures with humans, but for now testing is quite promising in the field of stem cell research. 

Author Bio: This guest post was brought to you by Sasha Bakhru, a leading bio-medical researcher and co-founder of Perosphere. Sasha Bakhru is also an adjunct assistant professor at Brown University in Rhode Island. 

Sasha Bakhru and His Essential Contributions

Sasha Bakhru is an integral scientist and medical researcher today.  Bakhru has dedicated himself to the studying of stem cells.  He has conducted some crucial research on the use of stem cells.  Many of his experiments have utilized rat stem cells.  The reason that Sasha Bakhru is so passionate about stem cells is that he trusts in their amazing potentiality to heal.  As many other scientists and doctors, Bakhru believes that stem cells can help to heal the world of its many diseases.  He has committed himself to this critical work.   

Sasha Bakhru’s has made many contributions to the fields of medicine and science. Bakhru is striving to make a difference on the planet through his important work.  Sasha Bakhru completed his graduate studies in biomedical engineering and mechanical engineering.  While in school, his focus was on materials science and the fundamentals and fabrication of the design of materials. 

Bakhru has various pursuits within his exciting career.  He is dedicated to instructing others on the important fields of scientific research and medicine.  For instance, he currently serves as an adjunct assistant professor of medical science at Brown University in Providence, Rhode Island. 

When Bakhru is outside of the classroom, he is busy working for a specialty pharmaceutical company known as Perosphere.  Perosphere Inc. is working to change drug designs and drug delivery systems for what are commonly known as “rescue drugs.”  Bakhru serves several functions for Perosphere.  He was one of the co-founders and he is also the VP and the CTO.  This company has attained numerous patents on their products and they also currently have a few pending patents on their advanced drug delivery technology.

Author bio: Guest post is submitted by Sasha Bakhru, a leading scientist in stem cell research.  Browse his website for more information.

Sasha Bakhru: Changing Pharmaceuticals Indefinitely

Author bio: Guest post is submitted by Sasha Bakhru, the VP, CTO and Co-founder of Perosphere Inc.  Go to his website for more information.

Persophere Inc. is attracting a significant amount of attention in the biomedicine and pharmaceuticals industry.  Persophere Inc. is a specialty pharmaceuticals company that is attempting to make a huge impact on these crucial developing fields. 

Perosphere is the brain-child of multiple leading scientists and researchers.  One of the important players behind this genius organization is Sasha Bakhru, a leading scientist and medical researcher.  Bakhru serves multiples functions for this important organization.  He was one of the co-founders.  He also works there as the Vice President and the Chief Technology Officer.    

Perosphere Inc. is working to make significant changes and developments to the pharmaceuticals industry.  Currently, they are working to innovate and update drug designs as well as drug delivery technology.  They are working to develop and change “rescue” drugs.  They currently have patents on many important products and technology.  They also have various pending patents on their versatile and innovative products.  Perosphere is tremendously discerning when it comes to the kinds of chemicals and therapeutics that they use in their products.  They only utilize the highest quality chemicals around.

When Bakhru isn’t working at Perosphere, he’s busy working as an Adjunct Assistant Professor of Medical Science at Brown University.  He has also completed a Postdoctoral Fellowship with Dr. Mathiowitz at Brown University.  Bakhru has always been passionate about his educational pursuits.  Not only as he completed his B.S. in Biomedical Engineering from Columbia University, he also earned his M.S.E from John Hopkins University in Materials Science and a Ph.D. from Carnegie Mellon University in Biomedical Engineering.

With leaders like Bakhru running Perosphere, this pharmaceuticals company will undoubtedly accomplish their goal to change the way that drugs are delivered and distributed forever.  

How Science Can Help Lead Us to New Applications

Science is something that we utilize each and every day without even realizing it.  It is because of science that we have so many different things around us.  The process of science leads us through a variety of practices that can result in the development of new applications such as an application that can detect fingerprints, test for diseases, and so on.  It all starts with coming up with an idea, and testing that idea to improve upon something.  This pursuit of making everything better is what drives the science field. 

Science is all about testing ideas through a variety of facets.  The whole idea in testing ideas is that we first and foremost thing about all of the different benefits and outcomes that may be possible in an idea we come up with.  We then explore and discover if it is possible to implement these different ideas, and communicate, analyze, and improve upon what we find out through that testing.  It is this process that has led us to understanding DNA, and our overall chemical make-up.  This has led to applications such as facial recognition software, genetic mapping, stem cell research, and many other things. 

Article submitted by Sasha Bakhru.  The stem cell work that Sasha Bakhru has put into his engineering science studies has led him towards tremendous advancements in his field.  His work to understand the reason for and causation behind stem cell expansion has led him towards achieving his goals in sciences

Biomedical Engineering, Learning Through Extensive Research

If you are someone who has a lot of interest in biomedical engineering, then you need to be made aware that there is a lot of extensive research that goes into learning about it.  When you have come to the conclusion that, from an education standpoint, this is the path you want to take; you should take it on one hundred percent.

Learning about any type of engineering can be extremely challenging.  Biomedical engineering though, including things such as stem cell advancements, can complicate things even further.  What you are going to have to do is to find a very reliable subject matter expert that is going to allow you to utilize his or her past research to better understand everything around the topic.  This is going to help you in learning about things such as rat nueral stem cells, and how they can help in the path towards education and mastering of the topics.  Learning from someone who has a resume which you can validate as true can make all of the difference between being successful in your studies, and failing due to a lack of reliable source information.

Article submitted by Sasha Bakhru.  If you are looking for someone who has a tried and true resume of success and expertise in the field of biomedical engineering, look no further.  The research of Sasha Bakhrustands on its own as some of the best work out there in the area.  Take the time and