Duration 56:58

Video Talk at the Oasis Of Hope Clinic in Mexico and Irvine

Drastic surgery and treatment was not enough to keep Rick Hill down, his determination led him to the Oasis of Hope where he achieved health and success under the treatment of Dr Contreras.

The press hounded him with  stories of ‘Cure or Quackery’ even though he had  documented medical evidence  from the Mayo clinic stating the details of his cancer, but that was not enough to keep Rick from traveling across the USA sharing his story.

Rick puts his healing down to 3 aspects of healing ‘Detox, Affirmation and Supplementation’ the secret was to continue with all that he learnt after leaving the clinic.

Rick learnt to form new habits, overcome his mind and change his life to maintain good health.

25 years later Rick is still feeling good. ‘If its working stay with it’ is his motto

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You can hear all the research,  the treatments, the methodologies but there is a uniqueness to hearing someones story and the deeper learning’s that come from beyond the treatment… enjoy Ricks inspirational story!

Company Director Aminocare products L.P.

Duration 6:25 min

The old paradigm of medicine is fast becoming reptilian as open minded, forward thinking scientist and doctors step beyond the confines of ‘the medical industry’ and forge the new path forward  implementing Epigenetics and Epigenome Research.

Azad Rastegar takes us on a journey through Epigenetics, Epigenome and the DNA in a way that brings light to what may seem to most lay people as a  subject a little over our heads.

Randy Jirtle the director of the Epigenetics and Imprinting Laboratory at Duke University writes in an article titled ‘What Does Epigenetics tell us about Ourselves? ‘Epigenetics, which literally means “above genetics,” refers to the study of heritable changes in gene function that occur because of alterations in the epigenome rather than mutations in the genome. To make this easier to understand, think of the genome—the DNA sequence—as being like the hardware of a computer, while the epigenome is like the software that tells the computer when, where, and how to work.

We inherit one genome, so it is identical in every cell in our body. Yet our body has somewhere between 250 and 300 distinct cell types. The only way this can occur is if, during development, each cell type is instructed by growth factors and other chemical signals to turn on a unique set of epigenetic programs. Once established, these programs, or epigenomes, are maintained during cell division throughout our life.

Thus, having a brain cell and a skin cell in a person is analogous to having one computer running Word and another running Photoshop. The computer hardware is identical, just like the genomes in the different cell types are identical, but each computer is doing something different, just as each cell is functioning differently because the epigenomes are not the same. The programming is chemical in our cells rather than being done with ones and zeros. The downside of using chemical epigenetic codes to program cell function is that our epigenome is vulnerable to being modified by the environment.

Scientists are now attempting to decode the epigenetic programs of life—line by line—with the use of DNA sequencing machines. This human epigenome project is vast in scope and critically important to deciphering the molecular mechanisms by which we evolved and currently function biologically. At a talk I gave, someone asked me how long I think biologists will be studying the epigenome. My answer was, “Forever!” As long as we are on earth, we will be trying to understand our epigenetic programming, how it works, and how environmental alterations cause diseases. In effect, epigenomic research ultimately will be synonymous with biological research. Epigenomics will be biology.’

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Contact

Burzynski Clinic
9432 Katy Freeway,  Suite 200
Houston, Texas 77055
Phone: 713.335.5697  Toll-Free: 800-714-7181
Fax: 713.935.0649

Scheduling & Information (USA): info@burzynskiclinic.com

www.burzynskiclinic.com

Reference:  What Does Epigenetics Tell Us About Ourselves? by Randy Jirtle

Company Director Aminocare products L.P.

Duration 13:58 min

There are more than 6 billion people on our planet — each a massive collection of about 100 trillion cells. How do these cells know what to do? What tells them to work together to keep your heart pumping, brain thinking and bones growing?

The answer lies in a long, winding molecule called deoxyribonucleic acid, or DNA. The DNA contained within each of your cells carries the instructions needed to build and maintain the many different types of cells that make you, you. Researchers call this complete set of DNA instructions a “genome.”

The Human Genome Project (HGP) was an international scientific research project with a primary goal to determine the sequence of chemical base pairs which make up DNA and to identify and map the approximately 20,000–25,000 genes of the human genome from both a physical and functional standpoint.

It was one of the great feats of exploration in history – an inward voyage of discovery rather than an outward exploration of the planet or the cosmos; an international research effort to sequence and map all of the genes – together known as the genome – of members of our species, Homo sapiens. Completed in April 2003, the HGP gave us the ability to, for the first time, to read nature’s complete genetic blueprint for building a human being.

The “genome” of any given individual (except for identical twins and cloned organisms) is unique; mapping “the human genome” involves sequencing multiple variations of each gene.

In this overview Azad Rastegar unravels the mystery of Epigenetics  and explains why it is significant.

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A Guide To Your Genome from the National Genome Research Institute

Contact

Burzynski Clinic
9432 Katy Freeway,  Suite 200
Houston, Texas 77055
Phone: 713.335.5697  Toll-Free: 800-714-7181
Fax: 713.935.0649

Scheduling & Information (USA): info@burzynskiclinic.com

www.burzynskiclinic.com

Reference: The National Genome Research Institute

Duration 7:25 min

Antineoplaston treatment is an experimental therapy offered by the Burzynski Clinic, currently available only within clinical trials.

Antineoplastons (ANP) are peptides and amino acid derivatives, Dr. Burzynski first identified naturally occurring peptides in the human body that control cancer growth. He observed that cancer patients typically had deficiency of certain peptides in their blood as compared to healthy individuals.

According to Dr. Burzynski, Antineoplastons are components of a biochemical defense system that controls cancer without destroying normal cells.

The clinical trials encompass a variety of brain tumors in both children and adults. Over the last ten years more than 2000 patients have participated in the clinical trials on Antineoplastons. Only patients eligible to enroll in clinical trials may receive Antineoplaston treatment under study.

To date ineligible patients may receive approval to enroll, from the FDA on an individual basis. Clinical trials (also clinical research, clinical studies) are research studies to determine whether experimental treatments, or new ways of using known therapies, are safe and effective. Carefully conducted clinical trials are necessary to find treatments that work in people and ways to improve health.

In this interview Dr Budzynski answers:

• Do you detox the patient during treatment
• When will Antineoplastons be available for all
• Do doctors have access to antineoplastons globally
• Are there many different Antineoplastons

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Contact

Burzynski Clinic
9432 Katy Freeway,  Suite 200
Houston, Texas 77055
Phone: 713.335.5697  Toll-Free: 800-714-7181
Fax: 713.935.0649

Scheduling & Information (USA): info@burzynskiclinic.com

www.burzynskiclinic.com

Duration 7:06 min

Dr Burzynski takes us through a step by step process of how the  treatment process at the Burzynski clinic unfolds.

Burzynski Clinic offers variety of alternative cancer treatments for patients diagnosed with over 50 different types of malignancies.

For many years scientists have been trying to understand why some patients respond better to similar cancer treatments better than others. Recent studies have shown a strong link between patient’s gene expression and the effectiveness of a cancer treatment. The understanding that all cancers are associated with changes in gene expression (activity) led to dramatic changes in the diagnosis and therapy of cancer and to creation of personalized medicine. Personalized medicine tries to identify these relations through detection of genes involved in cancer.

After determination of a sequence of the human genome it was found that only 10% of genes are active in adult life. This means that approximately 90% of our genes are silenced. The system of biochemical factors called epigenome consists of molecular switches that silence and activate the genes during our life.

At the age of 25, the body has the optimal combination of active genes, but soon thereafter, groups of genes are gradually turned off during the aging process. Silencing of tumor suppressor genes triggers increased activity of oncogenes leading to mutations and increasing the risk of cancer. Decreased activity of tumor suppressors and increased activity of oncogenes lead to cancer.

Based on the current knowledge of the epigenetic mechanisms the new approach in medical oncology is to reverse the relationship between the oncogenes and tumor suppressor genes. ¹Gene expression is a process, during which a gene’s DNA sequence is converted into the structures and functions of proteins.

approach to cancer is a result of Dr. Burzynski’s extensive experience in alternative cancer research in the field of genetics and genomics.

Personalized Treatments offered by the Burzynski Clinic are individual treatment plans, customized for each patient, based on:

* Identification of oncogenes responsible for the growth of cancerous cells in individual patients
* Selection of targeted pharmaceuticals that selectively kill cancer cells carrying the identified abnormal genes

The main goal of a Personalized Treatment is to match the right patient to the right treatment to achieve maximum effectiveness with minimum side effects.

To establish a personalized treatment plan we first must identify the expression (activity) of patient’s oncogenes. The gene expression is identified through the oncogene testing (genetic markers testing). The identification of oncogenes enables our medical team to assess patient’s response chance and to determine the most optimal combination of medications.

In some cases conventional therapy is the most appropriate treatment for a patient. Our Clinic offers customized combination therapies consisting of conventional therapy and other approved targeted therapies to maximize effectiveness while minimizing the side effects that typically occur when using the traditional therapies alone.
More about the chemotherapy (National Cancer Institute).

Surgery, radiation therapy, and specialized imaging such as MRI, CT and PET scan, are provided at other local medical facilities.

Gene-targeted medications are drugs that selectively block the growth and spread of cancer without affecting the healthy cells. Targeted therapies interfere with cancer cell growth differently than cytotoxic chemotherapy and at various points during the development, growth, and spread of cancer. By switching off the signals that make cancer cells grow and divide uncontrollably, targeted cancer therapies can help stop the growth of cancer cells.

Targeted medications have shown to be easier tolerated than standard chemotherapy and radiation with no side effects or minimal adverse reactions noted.

There are currently over 20 targeted therapeutics approved by the FDA (as of June 2007). This number grows rapidly with the advancement of the research in genomics. All of the approved gene-targeted medications are available for treatment at the Burzynski Clinic. The combination of targeted medications is customized for each patient and determined by the type of oncogenes involved in patient’s cancer (Personalized Treatment).

The Clinic provides an experimental therapy based on Antineoplastons which are peptide and amino acid derivatives discovered by Dr. Burzynski.

The Antineoplaston therapy is a subject of FDA supervised clinical trials. Currently only patients eligible to enroll into a clinical trial may receive such treatment.

More about Antineoplastons in clinical trials

We believe the quality of the treatment is determined not only by the effectiveness of the cancer therapy but also by the quality of the patient’s life during and after the treatment.

Burzynski Clinic provides a wide range of services to assure the comfort, convenience and well being of our patients, including 24-hour monitoring, rehabilitation, dietary supplements and nutrition counseling.

They take pride in offering the highest quality of personalized patient care. Each patient receives personal attention of a medical team assigned to them, consisting of a monitoring nurse, research associate and senior physician caring for the patient during the entire treatment.

Supervision continues after the patient returns home and resumes care under their local physician until the treatment is completed.

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Contact

Burzynski Clinic
9432 Katy Freeway,  Suite 200
Houston, Texas 77055
Phone: 713.335.5697  Toll-Free: 800-714-7181
Fax: 713.935.0649

Scheduling & Information (USA): info@burzynskiclinic.com

www.burzynskiclinic.com

with Dr. Stanislav Burzynski M.D. PH.D.

Duration 7:18 min

There are over 50 different types of malignancies, including colon, pulmonary, breast, prostate, head and neck, ovarian, pancreatic, esophageal, hepatic, renal, bladder, brain, malignant melanoma, lymphoma, and many others. In saying that different types of cancer’s , i.e. different types of gene expression have varying contributing factors including our emotional state. Dr Burzynski shares research that supports this as well as lifestyle factors that we may well take for granted which contribute to different cancers.

The understanding that all cancers are associated with changes in gene expression (activity) led to dramatic changes in the diagnosis and therapy of cancer and to creation of personalized medicine. Personalized medicine tries to identify these relations through detection of genes involved in cancer.

{{{bronze|silver|gold}}}

Contact

Burzynski Clinic
9432 Katy Freeway,  Suite 200
Houston, Texas 77055
Phone: 713.335.5697  Toll-Free: 800-714-7181
Fax: 713.935.0649

Scheduling & Information (USA): info@burzynskiclinic.com

www.burzynskiclinic.com

Duration 4:39 min

On October 13, 2007 the Burzynski Research Institute, Inc. (BZYR) and the Burzynski Clinic celebrated 30 Years of Saving Lives with a gala banquet which reunited cancer survivors and their families to tell the world how they won their battles against cancer.  Many of the long-term survivors who gathered for the Patients Reunion were diagnosed years ago with deadly cancer types. Today many of them celebrate as many as 15-27 years of being cancer free.

The individualised programs inclusive of diet and supplementation play a major role in these patients recovery at the Burzynski Clinic.

Dr Burzynski talks to maxAwareness  about customized nutritional programs that ensure a balanced diet complements the treatment.

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Contact

Burzynski Clinic
9432 Katy Freeway,  Suite 200
Houston, Texas 77055
Phone: 713.335.5697  Toll-Free: 800-714-7181
Fax: 713.935.0649

Scheduling & Information (USA): info@burzynskiclinic.com

www.burzynskiclinic.com

Duration 10:40 min

Our brain is switching our genes on and off continually, if you silence some genes and activate others cancer can either progress or recede.

Stanislaw R. Burzynski internationally recognized physician and biochemist-researcher who pioneered the development and use of biologically active peptides in diagnosing, preventing and treating cancer, since 1967 talks to maxAwareness as we ask:

• Can you remove the cause of cancer with Antineoplastons?
• How does the gene therapy protect the body from getting cancer?
• Is there a connection between Urine Therapy and Antineoplastons?

Dr. Burzynski is the author and co-author of over 250 scientific publications and presentation.

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Contact

Burzynski Clinic
9432 Katy Freeway,  Suite 200
Houston, Texas 77055
Phone: 713.335.5697  Toll-Free: 800-714-7181
Fax: 713.935.0649

Scheduling & Information (USA): info@burzynskiclinic.com

www.burzynskiclinic.com

Company Director Aminocare products L.P.

Duration 21:58 min

Gene Silencing has been described as the most important scientific advance of the last decade. Proponents of the technology say that it will be able to silence the genes that cause HIV, Hepatitis and most importantly cancer.

Gene silencing is a general term describing epigenetic processes of gene regulation. The term gene silencing is generally used to describe the “switching off” of a gene by a mechanism other than genetic modification. That is, a gene which would be expressed (turned on) under normal circumstances is switched off by machinery in the cell.

Gene silencing can be both a good and a bad thing

Whilst visual signs of gene silencing include;

• Graying and loss of hair
• Loss of skin elasticity
• Formation of wrinkles
• Loss of body mass

Non visual signs of Gene silencing

• Weakened immunity
• Hormonal Changes
• Lack of detoxification ability
• lack of cholesterol metabolism
• Lack of energy levels
• Decrease in metabolism
• Loss of ability to fight cancer

Azad Rastegar paints an indepth picture of how the genes work through a lifetime, the various stages of Gene Silencing and its integral role in Holistic Cancer Treatment and most importantly the light at the end of the tunnel!

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Contact

Burzynski Clinic
9432 Katy Freeway,  Suite 200
Houston, Texas 77055
Phone: 713.335.5697  Toll-Free: 800-714-7181
Fax: 713.935.0649

Scheduling & Information (USA): info@burzynskiclinic.com

www.burzynskiclinic.com

Company Director Aminocare products L.P.

Duration 9:22 min

In an orthodox system there are  3 methods for treating cancer Cytotoxic Chemotherapy, Radiation Therapy and Surgery, the philosophy at the Budzynski clinic to say the least has a little more depth, one size does not fit all, they think  ‘Snowflake’ ‘What does that mean?’ you may ask

• Everyone’s cancer is genetically unique to them
• They must ensure maximum success
• They must ensure minimal side effects
• The must create individualised treatment plans
• The must address the genes involved in a patients cancer

The Burzynski Clinic offers variety of alternative cancer treatments for patients diagnosed with over 50 different types of malignancies, including colon, pulmonary, breast, prostate, head and neck, ovarian, pancreatic, esophageal, hepatic, renal, bladder, brain, malignant melanoma, lymphoma, and many others.

For many years scientists have been trying to understand why some patients respond better to similar cancer treatments better than others. Recent studies have shown a strong link between patient’s gene expression and the effectiveness of a cancer treatment. The understanding that all cancers are associated with changes in gene expression (activity) led to dramatic changes in the diagnosis and therapy of cancer and to creation of personalized medicine. Personalized medicine tries to identify these relations through detection of genes involved in cancer.

After determination of a sequence of the human genome it was found that only 10% of genes are active in adult life. This means that approximately 90% of our genes are silenced. The system of biochemical factors called epigenome consists of molecular switches that silence and activate the genes during our life.

At the age of 25, the body has the optimal combination of active genes, but soon thereafter, groups of genes are gradually turned off during the aging process. Silencing of tumor suppressor genes triggers increased activity of oncogenes leading to mutations and increasing the risk of cancer. Decreased activity of tumor suppressors and increased activity of oncogenes lead to cancer.

Based on the current knowledge of the epigenetic mechanisms the new approach in medical oncology is to reverse the relationship between the oncogenes and tumor suppressor genes.

{{{bronze|silver|gold}}}

Contact

Burzynski Clinic
9432 Katy Freeway,  Suite 200
Houston, Texas 77055
Phone: 713.335.5697  Toll-Free: 800-714-7181
Fax: 713.935.0649

Scheduling & Information (USA): info@burzynskiclinic.com

www.burzynskiclinic.com