The standard of our Parliamentary debate

Compare and contrast the speeches by YB Rafizi Ramli (Pandan) and YB Che Mohamad Zulkifly Jusoh (Setiu). Rafizi's is clear, concise and relevant, while that of Che Mohamad Zulkifly is mainly personal attack and irrelevant...


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Dr Josh Axe: Vitamin B17 Controversy: Poison or Cancer Treatment?

Excerpt:

"Banned by the FDA in the 1980s but touted by some alternative medicine practitioners as a treatment for cancer, the controversy over the innocently named vitamin B17 rages on. Once labeled and marketed as a vitamin, its appearance practically disappeared without a trace within the mainstream medical community.

Today, however, a simple Web search pulls multiple blogs and articles either generously supporting this nutrient as a miracle cure or vilifying it as a hoax.

Vitamin B17, also called amygdalin or laetrile, is a glycoside nutrient linked with cancerprevention in alternative medicine practices — and there are anecdotal claims that it’s actually cured cancer. Vitamin B17 is derived from natural food sources and most abundant in seeds of plants of the prunasin family, such as apricots and apples.

Vitamin B17 interacts with other antioxidants — including vitamin A, vitamin C and vitamin E — along with pancreatic enzymes to break down and eliminate harmful cells from the body. This makes it beneficial for detox support, immunity and potentially even various forms of disease prevention.

Vitamin B17, which has the scientific name mandelonitrile beta-D-gentiobioside, is considered a nitriloside, a natural cyanide-containing substance. Laetrile, the extract form of vitamin B17, is most well-known for potentially helping prevent cancer development through the production of hydrogen cyanide.

This beneficial compound is released into the body’s tissues and targets and destroys mutated cells. Although more formal research is still needed to prove vitamin B17’s effectiveness, many alternative medicine practitioners use vitamin B17 to increase immunity. Cyanide is thought to be the main anti-cancer component of vitamin B17 but is not fully proven in clinical settings as of today.

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Vitamin B17’s Potentially Big Benefits

1. May Help Protect Against Cancer

Overall, study results investigating the anti-cancer effects of vitamin B17 are mixed. Some show that vitamin B17 is beneficial in avoiding cancer and keeping the spread of existing cancer cells to a minimum, while others show no effects of vitamin B17 on cancerous cells. While many practitioners believe that vitamin B17 laetrile is a very good cancer treatment, most agree that it shouldn’t be the primary cancer treatment for any patient — instead, they recommend that it be used as an effective add-on supplement.

Vitamin B17, specifically in the form of D-amygdalin, may help with the regression and growth of cancerous cells and tumors because it exhibits selective killing effects on mutated cells, also called apoptosis. Apoptosis is a mechanism of “programmed cell death” and considered an important part of cancer treatment. Vitamin B17 compounds have the important ability to kill cancer cells more readily than killing normal, healthy cells.

In a study by the Department of Physiology at Kyung Hee University in South Korea, when amygdalin extract was combined with cancerous human prostate cells, the extract helped significantly induce apotosis in the prostate cancer cells. The researchers conclude that amygdalin may offer a valuable, natural option for treating prostate cancer. (1)

Other animal studies show that vitamin B17 amygdalin is effective at killing cancerous bladder and brain cells under certain conditions, especially when combined with other antibody-enzyme complexes. (2)

On the other hand, other studies using human lung and breast cancer cells show no effects of vitamin B17 on stunting tumor growth. Therefore, in the medical community, there still isn’t agreement at this time as to whether vitamin B17 should be used as an anti-cancer treatment.

2. Boosts Immunity

Vitamin B17 contains special properties that slow down the spread of illness throughout the body by killing harmful cells, but the exact way that vitamin B17 does this isn’t well-understood.

A study published in the International Journal of Radiation and Biology found that vitamin B17 amygdalin stimulated the immune system by causing a statistically significant increase in the ability of a patient’s white blood cells to attack harmful cells. (3) One theory of vitamin B17’s effects suggests that transformation of normal cells into dangerous cells that can cause disease is normally prevented by beneficial enzymes produced within the pancreas. So vitamin B17 may help increase the production of pancreatic enzymes that destroy harmful properties within the body.

Vitamin B17 is also thought to help the body experience enhanced detox effects by supporting liver function. This boosts immune function by ridding the body of toxins, malignant cells and other potentially harmful substances before they cause illness or serious chronic diseases. Another explanation of vitamin B17 mechanisms is that when vitamin B17 releases cyanide, it increases the acid content of tumors and leads to the destruction of harmful cells within the tumors, arresting their growth.

3. Reduces Pain

In a case series published in 1962, when patients were treated with a wide range of doses of intravenous vitamin B17 laetrile, pain relief was the primary benefit reported. Some of the patients’ responses included decreased adenopathy (swollen lymph nodes) and decreased tumor size.

However, patients weren’t followed long term to determine whether or not the benefits continued after treatment stopped, so it’s hard to tell whether vitamin B17 could act as a natural pain reliever for other conditions, such as arthritis. (4)

4. Lowers High Blood Pressure

Vitamin B17 may cause a low blood pressure reaction due to formation of thiocyanate, a powerful blood pressure–lowering agent. However, it’s unknown if this is an effective treatment long-term or if the effects are mostly temporary.

Once metabolized, vitamin B17 causes enzyme beta-glucosidase production that interacts with intestinal bacteria to detox the body and lower blood pressure. This normally isn’t a danger for most people and may be beneficial for some, but it’s important not to use vitamin B17 in this way if you already take blood pressure-lowering medication.

If you have any existing heart issues that could become complicated if you experienced a sudden drop in blood pressure, you should avoid taking vitamin B17."

Also mentioned in the article:

Is Vitamin B17 Safe?

Best Sources of Vitamin B17

Is Vitamin B17 Treatment New?

Recommended Intake of Vitamin B17

Types of Vitamin B17 Supplements

Vitamin B17 Recipes

Vitamin B17 Side Effects and Interactions

Rest of article: https://draxe.com/vitamin-b17/

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DR MUHAMMAD AZRIF: Cancer patients deserve better

Excerpt:

"WE would like to thank Gan Tee Jin for the letter “Keeping an open mind on unproven treatments” (The Star, March 10). We appreciate the effort to describe his family’s experience with HITV (Hasumi Immuno-Therapeutic Vaccine) and are glad that his mother has had a successful outcome after her treatment.

His mother is a living testimony that cancer is not always a death sentence, which sadly is an all too common perception among Malaysians.

We welcome feedback to our previous letter, “Clarifying immunotherapy” (The Star, March 3), and are keen to explain our position regarding oncology and evidence-based medicine.

The Malaysian Oncological Society (MOS) regards educating the public on cancer as one of our primary objectives and we strongly believe that the practice of oncology should be based on the best scientific evidence.

Gan’s letter raises several interesting points that continue to be debated in medicine, and science in general. Firstly, what kind of evidence is required to “prove” that something works? Is one successful case sufficient proof? Can we rely on our own, often flawed, observations to form judgements?"

Read more at http://www.thestar.com.my/opinion/letters/2017/03/16/cancer-patients-deserve-better/#WxxueR5mcEICBLqr.99

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Goop:Adam Cunliffe: 5 Cancer-Fighting Foods—Plus What to Avoid

Over half the population will be diagnosed with cancer at some point in their lifetime, the newest studies tell us. While many factors contribute to the data, it’s undeniable that lifestyle—including food—plays a major role in both reducing risk of contracting the disease and improving your chances of surviving it. As London nutritionist Adam Cunliffe points out, there’s not much to lose from adopting a diet designed to combat cancer; at worst, it contributes to weight loss and improved energy, and at best, it keeps a terrifying diagnosis at bay. Below, he breaks down what we know today about cancer and diet, and details common-sense practices you can start using now to reduce your risk.

Q

What does the major research tell us about diet and cancer?

A

One in two people will now get a cancer diagnosis in their lifetime, the newest public-health information tells us. Not long ago, the data was one in three—a shocking difference. Such a drastic change points to the fact that lifestyle is at least contributing to the increased risk.

It is estimated that a third or more of cancers are related to our diet. This can be related to foods that we aren’t eating enough of, such as fresh fruits and vegetables, or things we might eat too much of, such as salt, sugar, and refined carbs. Fortunately, with the right information, diet is one risk variable that’s entirely within our control.

Q

Can we quantify the risk reduction associated with a healthy diet?

A

It’s difficult to put a number to the diet factor in cancer, because so many other lifestyle and genetic factors are mixed up with risk. Plus, there’s always the random mutation effect—you could do everything right and still get unlucky.

That said, based on the best estimates, we think improved diet could reduce cancer risk by roughly a third. If we add to this, stopping smoking, avoiding excess stress, keeping physically active and avoiding high pollution levels, we can actually reduce risk dramatically. We are also confident that eating better has no downside—it’s something all of us can do right now to be healthier and feel better. If it could also help prevent a dreaded diagnosis, all the better.

Q

What are the distinctions between preventative and curative foods?

A

Eating to support a strong immune system can be preventive in the sense that cancer may not occur in the first place, but it can also be ‘curative’ in sense that cancer may arise but be eliminated before it ever has a chance to take a hold. We know that cancer cells frequently form in healthy people, but our immune cells promptly destroy them. It’s the reason that more men die with prostate cancer than of prostate cancer.

Even if cancer does get a grip in our bodies, we can inhibit its rate of growth and spread by eating an anti-cancer diet. While very few ‘cures’ (remissions) have been recorded following diet-only interventions, a notable case is documented in an individual who had complete remission from advanced cancer after self-medicating with high doses of green tea and pineapple. It could be argued that this was one of the rare ‘spontaneous’ remissions, but both green tea and pineapple are known to inhibit cancer cell growth (the anti-cancer potential of the epigallocatechin gallate in green tea and bromelain in pineapple are current cancer therapy research areas).

In conventional medicine, it’s heresy to say that a diet can cure cancer, because although there may be a few cases, oncologists are rightly worried that people would forego conventional treatment in favor of a diet-based program that may not be as effective. I don’t advocate for food-only cures, and recommend that everyone who has been diagnosed move forward with the advice of their oncologist, but I do believe that as a supplement to conventional treatment, diet is vital. For many people, diet is the first defense for keeping energy up, because body wasting is one of the worst side effects of many conventional cancer treatments. Most treatments involve breaking down parts of your immunity, so I’m particularly concerned with keeping up micro-density to support the immune system.

Rest of article: http://goop.com/5-cancer-fighting-foods-plus-what-to-avoid/

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Gan Tee Jin: Keeping an open mind on ‘unproven’ treatments

"I AM writing in response to the joint letter by the Malaysian Oncological Society and the President of the Singapore Society of Oncology (The Star, March 3).

Your letter is generally well written, offering sensible cautionary advice to cancer patients about “unproven” treatments.

While I cannot offer the breadth of data you demand (“clinical trials involving thousands of patients”) I will share one data point in an in-depth manner, in the hope that you see prima facie evidence that maybe Human Initiated Therapeutic Vaccine (HITV) works after all.

And since I am “replying” to oncologists, I will convey facts accurately from medical reports and supplemented by personal notes. I hope that laymen readers will bear with me.

My mother’s recent journey with cancer started with a transurethral resection of a bladder tumour (TURBT) to remove a low-grade bladder tumour in June 2012. Soon after, she noticed blood in her urine and this led to surgery to remove her left kidney and some surrounding tissues three weeks after the TURBT.

“Invasive high-grade transitional cell carcinoma of left renal pelvis....Resected margins are free from tumour,” the histopathology report concluded. While the surgeon was confident he had excised all the at-risk tissues, my mother was offered chemotherapy as a precaution.

After completing the cycles of carboplatin and gemcitabine chemotherapy, the CT scan radiologist reported on Jan 10, 2013 a “lymph node consistent with metastatic node. This is a new finding.”

A presumably stronger regime of chemotherapy involving taxol was given and once again the CT scan three months later showed the lymph node had grown.

A third concoction of chemo was administered (taxol and ifosfamide for four months).

Half way through, the oncologist prepared us for the worst, saying that if this chemo failed, then she could only offer hope to slow disease progression with future treatments.

Cure would be out of the question and future chemo would involve experimental drugs which the patient could import personally with the right paperwork.

I decided to check out the treatment at a clinic in Bangsar. I had no idea they offered immunotherapy, having heard only vague accounts through a friend that they had an alternate cancer treatment.

I went there (without my mother because I didn’t want to overload her with too much information), with an open mind and very inquisitive. I learnt that they offered P53 gene therapy and HITV.

I asked for scientific literature and explanation. While literature was skimpy the scientific explanation resonated with me and I also liked the idea that they did not entail serious side effects because they did not involve drugs.

Subsequently, a clinical response paper involving 167 patients was published in October 2013.

This paper showed very good success. It, however, did not influence our decision because it was published after my mother underwent HITV.

Getting back to the treatment time line, I decided (and my mother agreed) to try P53 mid-way through her third concoction of chemo. This was disclosed to the chemo oncologist.

The Bangsar clinic was quite upfront about the probability of success, or the lack of it. The post-chemo imaging report CT scan (PET scan this time) revealed that the “hypermetabolic left para-aortic nodal mass has increased in size. Neither chemo nor P53 worked.

We then abandoned further chemo, although the paperwork for the experimental drug was in order. In short, HITV commenced about a year after chemo was started.

The first PET CT, about three months after HITV treatment, reported: “The left para-aortic hypermetabolic nodes are gone, but there are other mildly hypermetabolic lesions situated more cranially and laterally” showed complete remission. As you rightly alluded in your letter, this is no proof that immunotherapy worked, given that high dose radiotherapy was administered.PET CT were done at three-month intervals, subsequently relaxed to six-month intervals. I’m happy to say that all these scans did not detect any cancer tumours. The latest scan is 38 months after HITV treatment.

Now, please recall how aggressive this cancer was – a new tumour in the para-aortic lymph node swelled it to 2.5 x 2cm in a span of about five months.

Take note also that HITV involves intratumoral injection of immature dendritic cells, a process that risks seeding tissues adjacent to the injection pathway with cancer cells.

By logical deduction, the radiotherapy part of HITV cannot have provided the systemic protection required to keep the patient free of any new tumours for 38 months, especially in the context of the aggressiveness of this cancer (my opinion).

Whereas the activated immune system could and probably did. To be clear, she received no cancer treatment other than HITV during this period.

Lastly, while clinical trial is a gold standard to aim for, you probably also know that it is very costly and a long journey. Meanwhile, the clock ticks for many cancer sufferers.

Just as my mother was allowed to import an experimental chemo drug, so too should patients have the option of HITV. I have certainly received more information on HITV than on the experimental chemo drug we were offered.

I believe doctors are taught the principle primum non nocere (Latin for first, do no harm). On this score, HITV does well with minimal side effects. One cannot say the same for the experimental chemo drug we were offered or FDA-approved immunotherapy drugs such as keytruda.

HITV was honed to its present state over decades by Dr Kenichiro Hasumi in Japan. Evidently America has cottoned on to this idea; former President Barack Obama launched the Moonshot 2020 programme last year to find “vaccine-based immunotherapies” against cancer! Wow, Obama was so specific when there are so many different approaches in immunotherapy.

Some background on me. I come from a family with strong history of cancer. My brother succumbed to colon cancer at only 32.

I would like to think that his premature death has a purpose for it spurred the rest of the family to do regular colonoscopy.

Several years later, we all went for genetic testing which revealed I have the HNPCC gene mutation.

With that, I undergo colonoscopy annually (for the past 20 years), and latterly annual ultrasound and biennial MRI as well.

These efforts paid off when I discovered a colon tumour (1997 at age of 38) and bladder tumour (2016) in very early stages and dealt with them successfully.

GAN TEE JIN

Kuala Lumpur

Source: http://www.thestar.com.my/opinion/letters/2017/03/10/keeping-an-open-mind-on-unproven-treatments/#8PXxDhgQIKglXvaA.99 Link

MALAYSIAN ONCOLOGICAL SOCIETY In conjunction with Dr Ravindran Kanesvaran :Clarifying immunotherapy

Excerpt:

"WE read with great interest the article “A case for immunotherapy” (Sunday Star, Feb 12). Firstly, we would like to congratulate Chin (nasopharyngeal cancer) and Wong (prostate cancer) on improvements in their condition and for their successful struggle against cancer. Many like these two men are increasingly facing up to the reality of a cancer diagnosis as its prevalence rises in the Asia-Pacific region. However, upon reading the article we also noted several disturbing points regarding their treatment which we would like to highlight here.

Firstly, immunotherapy is indeed emerging as a new and exciting breakthrough in our treatment armamentarium against cancer. Immunotherapy aims to harness or enhance the ability of our own immune system to recognise and mount an immune response against cancer cells. Indeed, over the past few years, several immune therapies such as PD-1 and PDL-1 checkpoint inhibitors have now received licensing approval from major health authorities such as the US Federal Drug Agency (FDA) and European Medicines Agency (EMA). Much time, cost and effort have gone into performing clinical trials involving thousands of patients in order to prove that these treatments are superior to current available treatments and can be safely given with acceptable side effects. Not least as these treatments are usually very costly, we need to be sure that they work before they are offered to the public.

In contrast, the HITV (Hasumi Immunotherapeutic Vaccine) treatment in combination with radiotherapy is not an FDA or EMA approved therapy. There are no large phase 2 or phase 3 clinical trials (such trials are a necessary requirement before new therapies can be approved by the regulatory authorities) that have been performed to prove that it works any better than conventional chemotherapy, radiotherapy or targeted therapy alone. Indeed, the clinical trials to explore whether cellular immunotherapy treatment such as HITV are effective are currently only in an initial stage of development and it is premature to suggest that these treatments should be offered widely to the public."

Read more at http://www.thestar.com.my/opinion/letters/2017/03/03/clarifying-immunotherapy/#YZpc1jGgr7ttkogX.99 Link

Which super sports car is the fastest of them all?

We have always wonder about the relative speed of  certain sports cars. Some look macho and fast, yet we can never tell among them. Well, wonder no more...

Those 11 drivers cars taking part: BMW 1-Series M, Porsche 911 GT3 RS, Ford Mustang Boss 302 Laguna Seca, Chevy Corvette Z06, Ferrari 458 Italia, Nissan GT-R, Audi R GT, Mercedes-Benz SLS AMG, Lexus LFA, Porsche Cayman R, and Lotus Evora S.

https://www.facebook.com/1017943909/videos/10211254599373608/

While we are at it, the big and clumsy looking Nissan Patrol made mincemeat out of a Porsche!



http://khaleejtimes.com/nation/dubai/inside-dubais-nissan-patrol-that-beat-a-million-dollar-porsche
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Dr Mastura Md Yusof : Dynamics of good cancer care

I APPLAUD The Star for highlighting the need for more oncologists to serve our country in the report: “Wanted, oncologists and specialist docs who treat cancer” (Sunday Star, Feb 26).

We learnt from the report that our country needs to double the current number of about 110 oncologists to fulfil the recommended ratio of 10 oncologists to one million population.

A healthcare system with inadequate number of oncologists results in long waiting times, treatment delays, unequal access to care and, ultimately, increased cost.

The WHO has predicted that incidence of cancer will increase to 21.3 million new cases every year up to 2030, and approximately 70% will be from low- and middle-income countries.

A comprehensive national cancer programme that encompasses different aspects of prevention, detection and treatment is currently being planned in the latest national blueprint in an effort to develop efficient, sustainable cancer care programmes to meet the projected rise in cancer incidence.

The Institute of Medicine states, “Cancer is such a prevalent set of conditions and so costly, it magnifies what we know to be true about the totality of the healthcare system. It exposes all of its strengths and weaknesses.”

Cancer treatment has improved tremendously over the past three decades. Progress achieved in prevention, screening, early diagnosis, and treatment have led to lower mortalities and morbidities from the disease.

However, a new burden from these treatments is now emerging – “financial toxicity” from increasing cancer expenditures.

Cancer expenses are rising due to four main reasons: aging population, more patients with access to treatment, innovations, and treatment over-utilisation.

Our population is aging and older patients are at greater risk of developing cancer, resulting in them becoming candidates for anticancer therapy due to current less toxic treatment and optimised supportive care. This increases the proportion of cancer patients receiving therapies.

In many parts of the world, oncology is broadly divided into surgical and non-surgical oncology. The majority of non-surgical oncologists working in our country’s public and private sectors are clinical oncologists who are trained to deliver both systemic and radiation therapies, including brachytherapy and radioiodine therapy.

In contrast, non-surgical oncologists working in the health set-up in developed countries are divided into two categories: medical oncologists who deliver drug therapies, and radiation oncologists who deliver radiation therapies.

More than half of cancer patients require radiotherapy at some stage during their cancer trajectory, achieving various benefits like cure, symptoms relief, prevention of recurrence as well as avoiding mutilating surgery.

Majority of the most common cancers in Malaysia require multimodality management, including radiotherapy, surgery and chemotherapy.

Scholarships offered for training programmes should accord greater consideration to clinical oncology specialisation as the dual training has the potential for not only addressing the shortage in the workforce but also provide an opportunity for more efficient resource utility and cost-effective service delivery.

This model of working eliminates the need to consult different specialists, facilitates co-ordination and continuity of care and efficient healthcare delivery. Malaysia risks facing a catastrophic impact from higher average burden of cancer, advanced disease at presentation and poor access to care or varying quality of healthcare delivery.

Greater emphasis must be placed on practices or measures to prevent wastage by optimising prescription and dispensing practices as well as wider usage of generic drugs of the same quality to that of innovators, and less use of expensive medicines.

Radiation techniques such as giving hypofractionated radiotherapy (shorter duration of radiotherapy sessions while maintaining effective dose), brachytherapy, and combination chemoradiotherapy provide potentially cost-effective radiotherapy treatment options.

This will encourage shorter in-patient stays and reduce hospital costs. Prevention measures such as public health campaigns on prevalent risk factors like obesity, sedentary lifestyles and smoking have been pursued.

Obesity has to be tackled from pre-school level with broad educational initiatives, strict policies on food sold in school and regulations on food advertisement.

Preventive measures against the HPV (human papillomavirus) infection in cervical cancer offered to lower secondary school girls can be extended to school-going boys to prevent the risk of other HPV-related cancers such as oral and anogenital cancers in men.

Adequate financing of the public health system is integral to the success in improving the value of cancer treatment in our country.

A universal healthcare coverage for ensuring that our populations are protected from ill health from cancer can be initiated. In addition, the fee for treatment should be determined based on their ability to pay and not their risk for cancer.

As the number of public oncology facilities serving the greater proportion of patients within the country is few, more often than not the specialists serving the facility are overworked and are tempted to leave for other tenures.

We should consider assigning funds to adequately compensate cancer healthcare professionals in public hospitals to maintain an adequate number of specialists in the public sector.

Finally, we need to increase research efforts and spending in treatment areas relevant to our patient population. Only by focusing on our unique needs and challenges can we enable and plan beneficial and cost-effective treatment pathways with highly significant outcomes in the future.

DR MASTURA MD YUSOF

Clinical Oncologist

SJMC

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Recent letters in The Star relating to KTM stations

Please install a lift for the elderly at KTM station

I AM a senior citizen who frequently travels by train from Tanjong Malim to KL Sentral. I then take the Kelana Jaya train to KL Gateway University. From there, I hop on to a T790 Rapid KL Bus to University Hospital.

At KL Sentral, there are escalators and in KL Gateway University LRT there is a lift for the elderly, pregnant and physically disabled commuters.

In Tanjong Malim, the pedestrian bridge is very high and has neither escalator nor lift to help one to get to the opposite platform. I shudder every time I use the bridge as I have to pull myself up with the railings.

Going down, I have to hang on to the railing, slowly put a foot down on one step and then follow with the other foot. I have to repeat this until I reach the end of the stairs.

Some kind people have offered to hold my hand but I have I declined because it is my legs that need help.

Tanjong Malim also has many college and university students and during long semester breaks, one can see them lugging large, heavy bags up and down the bridge and panting upon coming down.

I urge KTM to have mercy on the elderly, disabled and wheelchair-bound commuters and spare a thought for the students too by installing a lift at this station as soon as possible.

TAN CHOOI KEE

Tanjong Malim, Perak

Provide lift facility for the elderly and disabled

I REFER to the letter “Please install a lift for the elderly at KTM station” (The Star, Feb 22) in which the writer related his ordeal each time he travelled to KL Sentral from Tanjung Malim station where the pedestrian bridge was very high and he found it difficult to use.

The scenario is almost similar at all the smaller train stations.

My wife almost fell backwards while climbing up the high pedestrian bridge at the station in Batu Gajah as she was carrying two heavy suitcases.

Fortunately, a kind gentleman who was behind her managed to help her in time.

We hope the authorities will be kind enough to install a lift or an escalator at all KTM stations to enable senior citizens and disabled commuters to move around with ease.

I recall an incident where a friend, on reaching Batu Gajah, refused to get off but continued her journey to Ipoh.

From there, she took a taxi to go back to Batu Gajah.

P. W.

Batu Gajah, Perak

Lack of facilities for the elderly in far too many places

I REFER to the two recent letters in The Star on the lack of lift facilities at KTM stations and would say that generally, facilities for the elderly and physically disabled are lacking in many places.

I drove my friend to Terminal 3 at the Subang Sultan Abdul Aziz Shah Airport and parked my car opposite the terminal.

There was a pedestrian bridge for people like me and my wife, who are in our late 60s, to use to cross over to the terminal.

To our disappointment, there was no lift to get on the bridge which was quite high.

Although I am quite fit, I found it difficult to climb the stairs.

My wife who had a lumbar operation several years ago experienced even more difficulty getting on the bridge.

It was also raining at that time and the steps to the bridge were wet, slippery and dangerous to climb.

We had no luggage with us but we could imagine the great difficulty for those who would have to carry suitcases across.

I really cannot understand why lifts were not constructed for the bridge as the parking facilities are directly opposite the terminal.

I hope the airport authority will construct lifts at both ends for the convenience of the public.

THOMAS FOO

Subang Jaya

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