Showing posts with label obesity. Show all posts
Showing posts with label obesity. Show all posts

Sunday, November 3, 2013

4 Posters at 1st BIOMED Symposium, El Paso 10/26/2013

Dr.Zhang and Dr.Kankonde, Early Detection of Lung Cancer

 


 Dr. Kankonde, Immunotherapy in Ovarian Cancer




Dr.Kankonde, Decrease of TBI by early use of Butein, a Sirtuin Activator


Dr.Kankonde at 1st BIOMED Symposium El Paso, 10/26/2013


Dr.Zhang, UTEP, and Peggy Kankonde, Greater East Cancer Center


Wednesday, February 6, 2013

RENAL CANCER PREVENTION (CHRONIC USE OF DECONGESTANT -AFRIN- COULD DECREASE RENAL CANCER.) and so does a CPAP mask for patients with Sleep Apnea

Renal cell cancer risk is associated to smoking and Obesity (hypertension is a corollary risk we claim).   These 2 conditions lead to Hypoxia generally through sleep Apnea  which in turn leads to a relative increase of Hemoglobin. The rise of Hemoglobin increases the portion of Desaturated hemoglobin. After many years of such exposure desaturated Heme enhances Phosphorylation at Tyr-530 of the SRC leading to its deactivation. In some individuals with the right MEK, suppression pf the SRC could lead to persistent amplification at the MEK which is a versatile activator of almost all signals, but particularly VEGF receptor.  This in turn usually lead to papillary cancers. Amplification of signal transduction started at the MEK (which amplifies almost all major known pathways) will lead to increased ubiquitination and proteasome destruction of the HYPOXIA-inducible factor  (following the Von Hippel-Lindau model.  This will lead to clear cell cancer. Associated desaturated Heme and hypoxia at the mitochondria will participate in the transformation (and possibly the Atypia/clear cell transformation).  The preponderance and center piece role of MEK amplification and subsequent VGEF/PDGF will justify the "bloody" nature of kidney cancers, and vessel involvement in these diseases  (MEK is the driver Mutation in papillary cancers).  IT ALSO EXPLAINS WHY SUTENT, NEXAVAR WORKS.  AND MITOCHONDRIAL DISTURBANCES AND SECONDARY AMPLIFICATION OF AKT, THE MTOR INHIBITORS WORK IN RENAL CANCERS  (MTOR participates more in clear cells)  (proof of concept pending)

In Western society, obesity is increasing, and so is Sleep Apnea.  Also, we live in closed homes (in some regions such as Texas and Louisiana, Mosquitoes are not helping) the level of dust participates in the increased level of allergic Rhinitis/ upper respiratory ailments.  It is not unusual to sleep and wake with closed Nostrils.  In obese individuals, this compounds the hypoxic episodes and worsened and prolonged hypoxia.  And we are back to depression of SRC, activation of MEK---akt, MAPK and so forth.
Keeping your nostrils open at night appears to be a critical strategy in preventing renal cancer, particularly in patients with breathing issues.   Lung cancer may be reduced for non smokers, but I wont touch that speculation, but do remember the role of VEGF in non-smoker lung cancers!

The involvement of PDGF which is by the way affected by Sutent seems to open a window in the frequency of strokes and heart attacks at night!  That's another debate to have...!

MTOR inhibitor in combination with Anti-VGEF/ MEK could have a significant role in non smoker lung cancer.?
Velcade could have a role in VHL prevention ? and in Pheochromocytoma?

Avastin and Mtor inhibitor could treat Leiomysarcoma of the Uterus if you follow this logic!

A FREED CPRIT AND THE NIH COULD HELP!

Thursday, January 17, 2013

New Meta-Analysis on Sugar Sparks Old Debate

  Lisa Nainggolan
Jan 16, 2013
DUNEDIN, New Zealand — Cutting consumption of sugar produces a small but significant reduction in body weight for adults, a new meta-analysis concludes [1]. The study found less consistent evidence for this effect in children, but this is likely because the kids in the included trials did not tend to comply with advice to reduce intake of sugar-sweetened foods and drinks, say Dr Lisa Te Morenga (University of Otago, Dunedin, New Zealand) and colleagues in their paper published online January 15, 2013 in BMJ.
The review is accompanied by an editorial [2] by Dr Walter C Willett (Harvard School of Public Health, Boston, MA) and Dr David S Ludwig (New Balance Foundation Obesity Prevention Center, Boston Children's Hospital, MA), which concludes that the tide is beginning to turn against sugar, with evidence continuing to accumulate that it is indeed deleterious to health.
Sugar is not the only issue; there is the bigger problem of carbohydrate quality. Large amounts of refined carbohydrates are also a problem.
"It's clear that sugar does have adverse effects, particularly in liquid form as sugar-sweetened drinks," Willett told heartwire . "This study addresses a piece of the picture, the effect on weight gain. There is also a strong body of evidence showing that sugar-sweetened beverages are related to type 2 diabetes. And sugar is not the only issue; there is the bigger problem of carbohydrate quality. Large amounts of refined carbohydrates are also a problem," he added.
This meta-analysis "and other evidence in the broader literature suggest that sugar intake should be limited," say Willett and Ludwig. But the question remains as to what is a desirable limit, they note. Current intake of added sugar in the US and UK is about 15% of total energy, so the 2003 World Health Organization (WHO) aim of limiting intake to 10% "could be viewed as a realistic and practical goal." However, the American Heart Association (AHA) suggests a limit of 5% of energy, "which would be more consistent with a goal for optimal health," they point out.
Refined Carbohydrates Just as Detrimental, Say Editorialists
Willett and Ludwig note that the meta-analysis by Te Morenga et al was commissioned by the WHO, which is in the process of updating its recommendations on intake of dietary sugars. The meta-analysis shows that exchanging dietary sugars with other carbohydrates made no difference to the changes in body weight that they saw, indicating that highly processed carbohydrates are just as detrimental as sugar, say the editorialists.
"Unfortunately, the 2003 WHO report disregarded evidence suggesting that refined grain and potato products have metabolic effects comparable to those of sugar," they note.
Actions are needed at many levels, Willett and Ludwig state. Efforts to reduce sugar intake "are appropriate" but "should form part of a broader effort to improve the quality of carbohydrates." This should include educational programs, improvements in foods and drinks provided in schools and work sites, and supplemental nutrition programs for people with low incomes.
"This is analogous to what we see for fats in that the type of fat you consume is really important. A similar picture is emerging for carbohydrates; quality turns out to be really important," Willett commented. "Another nuance," he says, "is the way we consume things, because that affects the physiologic response." For example, eating a whole fruit is much preferable to drinking fruit juice, he notes. "The sugar in fruits is balanced out by the fiber and other nutrients, and it takes time to be released. When we eat a whole apple or orange, we limit our intake. If you are drinking fruit juice, you might have three or four servings, but you would almost never eat three apples or oranges in a row."
Reducing the amount of sugar consumed in drinks "deserves special attention because of the strength of evidence and the ease with which excessive sugar is consumed in this form," he and Ludwig state. Policy approaches--such as imposing tax on sodas--are "useful," as are restrictions on advertising to children and limits on serving sizes, as have been tried in New York.
This is a global issue, with Coke and Pepsi pushing very hard, and the implications are horrendous.
"Sugar-sweetened beverages are such a big part of the picture," Willett commented to heartwire . "The average consumption among low-income groups in the US is about three servings a day; it's huge. And this is a global issue, with Coke and Pepsi pushing very hard, and the implications are horrendous."
The AHA agrees, showcasing in its top 10 advances of 2012 studies that illustrated the effect of sugar-sweetened beverages on body weight in children.
Willett says physicians and other healthcare providers have an important role to play "by routinely asking about consumption of sugar-sweetened drinks as well as tobacco and alcohol use" and by assuming leadership in public-health efforts to limit sugar as a source of harm.
Advice to Cut Sugar Intake Important for Obesity Reduction Strategies
In their meta-analysis, Te Morenga and colleagues included the results of 30 randomized controlled trials and 38 cohort studies of dietary sugar intake and adiposity. Free sugars were defined as sugars that are added to foods by the manufacturer, cook, or consumer, plus those naturally present in honey, syrups, and fruit juices.
Healthcare providers could play an important role by routinely asking about consumption of sugar-sweetened drinks as well as tobacco and alcohol use.
In trials of adults with at-will--no strict control of food intake--diets, reduced intake of dietary sugars was associated with a small decrease in body weight (0.80 kg; p<0.001). Conversely, increased sugar intake was associated with a comparable weight increase (0.75 kg; p=0.001). Isoenergetic exchange of dietary sugars with other carbohydrates showed no change in body weight.
Trials in children showed no overall change in body weight. But in relation to intake of sodas, after one-year follow-up in prospective studies, the odds ratio for being overweight or obese was 1.55 among the groups with the highest intake compared with those with the lowest intake, they note.
"It seems reasonable to conclude that advice relating to sugars is a relevant component of a strategy to reduce the high risk of overweight and obesity in most countries," the New Zealand group concludes.
Te Morenga et al have no conflicts of interest, nor do Willett and Ludwid.
.FROM MEDSCAPE

Thursday, December 27, 2012

Lifetime Carbohydrate Load

At the CRBCM we believe that stricter recommendations about carbohydrate reduction in diet should be instituted sooner in life. Certainly, by the time you are 20 to 25 years of age, there should be a sharp decrease in the daily sugar portion. Most adult growth has occurred by then and transition to open obesity initiates from there.
"I am gaining weight and find it difficult to lose it even with exercise". There is no weight loss without a sharp decrease in carbohydrates! We need to start believing that after a certain age: "You just have had all the carbohydrates in your life". We need to have carbohydrate charts able to tell us that we have consumed 60 percent of our lifetime carbohydrate requirement.   People will understand this! They will know where they stand. We also believe that exercise, despite its important accomplishments, to be mainly a weight maintenance strategy, unless you are a top runner/bodybuilder. Other benefits of exercise are more important: they include improvement in fighting cancer progression. So keep it up!
One needs to workout for hours to lose weight significantly. And in our busy life, one finds time and impetus hard to come by. Exercise must be individualized to be successful, but communities offer less and less individualized care. People with extensive arthritis most likely end up stopping exercising altogether. We have no program adjusted for them. Those on oxygen also stop exercising; again they need some individualized program. Our disabled need adjusted programs. Diet remains an integral part to exercise for health preservation!

To expand the idea, we believe physicians should provide patients with a lifetime health chart to tell them where they stand as compared to a 90-year old person. We can debate all night long, but 90 years is pretty good. I know that those close or past this age will feel excluded. I remember the oncologists in a conference room trying to define who is an "Elderly". Every few years, as we all become older, we keep pushing that elderly-age to stay out!

LIFETIME HEALTH CHART OR STATUS: THAT'S AN IDEA! LET'S PATENT THIS QUICK!

Sunday, November 11, 2012

Comprehensive Health Intervention Program to Reverse Breast Cancer Mortality in El Paso, TX

We started the application process for a 3-year CPRIT Company Formation Award for our "Comprehensive Health Intervention Program to Reverse Breast Cancer Mortality in El Paso, TX":

CP130064, Application Abstract
This Comprehensive Health Intervention Program to Reverse Breast Cancer Mortality fills the need for a global breast cancer research, prevention,treatment and survivorship program for the underserved and underinsured Hispanic and African-American population on the greater Eastside of the city and county of El Paso.Primary goal is the reversal of breast cancer mortality.However,other health issues are expected to be discovered, we anticipate to find Diabetes Mellitus II, High blood pressure, Anemia, Obesity, Metabolic Syndrome and cancers of other sites than the Breast. Patients will be referred to nearest available care for those conditions and invited to join our cancer prevention program for free. Monitoring of their weight,education about healthy diet, physical activity and the benefit of screening will be offered to them. Laboratory research collaboration with Dr.Kirken, chair of the Dept of Biology, UTEP, to understand the specificity of the basal cell type breast cancer (a more aggressive cancer seen in minority populations), six molecular targets and the role of e-Cadherine and Metalloproteases.Mobile applications as developed by CPRIT grantee will help monitor patients' efforts and send critical updates on prevention, treatment schedule, track and encourage their healthy lifestyle efforts such as weight control, healthy diet and regular physical activity.The Survivorship Center will offer all standard medical services and a welcoming environment for patients in treatment.

CP130064, Executive Summary
The Coalition for the Reversal of Breast Cancer Mortality in African American Women is a Coalition about research, awareness, prevention, treatment and survivorship of Breast Cancer and all cancers, including targeted scientific research and a grassroots approach to increase screening for cancer, especially in the low income and under-insured population of El Paso, Texas, with a view to expand this new health care model to many other 'minority' populations across the United States and beyond.
The CRBCM’s reason for existence is to combat the famous “Breast Cancer Mortality Paradox” that has been known to exist for years. The paradox states that the incidence of Breast Cancer in minority populations (African American and Hispanic populations) is lower when compared with that in White women. However, their mortality rate is 40% to 70% higher than in White women.
This projects includes the Provision of Services to Patients and the Creation of Infrastructure for a Permanent and Comprehensive Cancer Center on the East side of El Paso to serve this population now and in the future in its needs for the best cancer treatments, most cost efficient medical and psycho-social care in a culturally appropriate setting where patients feel welcome and cared about like members of a large family to which they will stay linked as survivors in order to maintain the benefits of lifestyle changes including weight management, healthy diet, physical activity and regular follow-ups and screenings in their cancer care.
This project is unique as it to feed latest research findings as quickly as possible into research intervention programs in order to benefit patients in an easily accessible and understandable grassroots approach. The long-term benefits of a healthy lifestyle and education to raise awareness of risk factors together with a clear understanding of the benefits of appropriate screening routines will, hopefully, allow to improve the overall health of the El Paso population.
The cost/fee per patient care model is a dynamic one where all stakeholders push for efficiency and appropriateness of interventions and avoid wastage of precious resources wherever possible.
The use of mobile technology to communicate with the patient community in an active and regular way seems to be the future of an efficient and beneficial health care model. These technologies can also easily be tailored to language and socio-cultural specific sets of population and therefore increase the positive impact on public health of all these educational and improved healthy lifestyle behavior efforts.
CP130064 / Coalition for the Reversal of Breast Cancer Mortality in African American Women