Chasetown Mc Timoney Chiropractic Clinic

Chasetown Mc Timoney Chiropractic Clinic Mc Timoney Chiropractic A whole body realignment that frees the nerves from any impingements and thereby restores and promotes good health.

01/09/2026

theexposenews.com Printed on August 28, 2026
Numericide: When doctors use numbers to prescribe medicines to healthy people
August 28, 2026
Blood pressure, blood sugar, cholesterol and BMI numbers are used by doctors to prescribe a treatment to avoid the risk of future health problems.
The problem is, these numbers are not evidence-based. They are “expert” recommended targets.
And Big Pharma’s interests are more than well-represented in the experts’ recommendations.
Below, Alan Cassels describes these four “health” targets as the “Four Horsemen of the Apocalypse, four ways to medicalise you, four ways to apply a disease-mongered label to you, and four avenues for you to start living under a dark cloud.”

Table of Contents
1. Introduction
2. 3. 4. 5. Numericide Number One: Blood Pressure at 120/80 (Now 110/70, 31/8/26)
Numericide’s Number Two: Low-Density Lipoprotein, or LDL, under 100 mg/dL
Numericide’s Number Three: HbA1C (Haemoglobin A1C ) of 5.6 or Lower
Numericide’s Number Four: BMI under 25
6. About the Author
Introduction
A recent article in The New York Times on the increasing rates of heart disease in young women (‘Why Are More Young Women Developing Heart Disease?’) was amusingly frivolous and about as fact-free as an article about health advice can be.The key thrust of the article is that any woman who wants to preserve and improve her health should become informed of her “numbers.” Which is to say, she should know her blood pressure, cholesterol, BMI and haemoglobin A1C (a measure of average blood glucose levels), which are claimed to be “important for assessing risk.”
The Times quotes Dr. Priya Freaney, director of the Women’s Heart Care programme at Northwestern Medicine: “Knowing your numbers is your most powerful tool,” “And it’s never too early to start.”
What numbers are we talking about? Well, apparently doctors recommend “all adults strive for these levels”:
BP (Blood Pressure) under 120 mm Hg / 80 mm Hg
LDL (Low-density lipoprotein) under 100 mg/dL
HbA1C (Haemoglobin A1C ) of 5.6 or lower
BMI (Body-mass index) under 25

Now the four Horsemen of the Apocalypse- blood pressure, blood sugar, cholesterol and BMI – threatening to strike you down in your healthy middle age unless you submit to the testing, treating (i.e.,medications and lifestyle changes) and a retesting paradigm which can lead many to become obsessed by the numbers.
By the way, these four measures have one thing in common: They are typically treated with a prescribing pen that has been carefully guided in your doctor’s expert hands by the helpful people in the pharmaceutical industry. Just saying …
Let’s approach these four with a bit of basic epidemiology, examining the wisdom of telling people of “average risk” to aim for these targets. Obviously, people with pre-existing conditions or those with inherently much higher or multiple risks (such as levels that are in the red flashing light category) involve a different calculus.
But for the sake of evaluating the drive to push people toward these health targets, what do the highest quality studies ultimately say about the value in chasing these numeric targets in healthy people?
Numericide Number One: Blood Pressure at 120/80 (latest ‘news’ 110/70)
I will always remember that old quip from an ageing physician: “High blood pressure is better than no blood pressure at all.” But the question one should ask is this: If you lower your blood pressure, does it lead to a reduction in your chance of a cardiovascular event or dying?
Despite what many guidelines and health care providers say about knowing your numbers, what they should have said was ‘know your cardiovascular risk numbers’ (your percentage chance of having a heart attack or stroke over the next 10-30 years), ‘not your cholesterol, blood pressure or glucose numbers.’ Those are what we call “surrogate markers,” and the only reason to lower these numbers is to possibly reduce your risk of heart attacks and stroke. It’s not that these surrogate numbers are useless – rather, they are the wrong numbers to worry about. Their only use is to help us give a more accurate ballpark assessment of your cardiovascular risk.
For starters, the target of 120 is not an evidence-based but an “expert-recommended” target. And in case you wondered, having a blood pressure of 130/80 or 140/90 is not the death sentence that your doctor might warn you about. Your blood pressure often jumps all over the map and how and when you measure it can significantly impact that number. It climbs as we get older, naturally. Like grey hair and wrinkles. Chasing this number is one of the biggest uses of a doctor’s time and causes considerable (and frequently unnecessary) worry in patients.
Me? I wish our doctors would have spent time learning more about evidence appraisal and how to properly do shared decision-making with their patients because the decision around the treatment of surrogate numbers is very dependent on a person’s values and preferences. Cholesterol or blood pressure “management” makes a ton of money for the pharmaceutical industry and seems like a good
use of our doctors’ time, but often causes a lot of harm in a large part of the otherwise healthy patient population.
The magical “120” comes from the SPRINT trial, a particularly odious piece of work that tortured the data until it showed some benefit of a BP

I told you that PCR could 'prove' anything !
31/08/2026

I told you that PCR could 'prove' anything !

29/08/2026
The FDA just approved Moderna’s new mRNA flu vaccine, mFlusiva.Here’s what the trial found:The mRNA shot reduced the abs...
18/08/2026

The FDA just approved Moderna’s new mRNA flu vaccine, mFlusiva.
Here’s what the trial found:
The mRNA shot reduced the absolute risk of getting the flu by just 0.8% compared to a standard flu shot.
And 6.4% of people who received it experienced severe reactions.

17/08/2026

August 1, 2026— A newly published study in the Journal of Upper Cervical Chiropractic Research provides new objective evidence that patients receiving Blair Upper Cervical chiropractic care demonstrated measurable structural changes in the cervical spine over a one-year period. Rather than relying solely on patient-reported symptoms, researchers evaluated radiographic measurements to better understand how the cervical spine responds during a course of chiropractic care centered on the detection and reduction of vertebral subluxation.

The retrospective study, Increased Cervical Intervertebral Disc Height Following Blair Upper Cervical Chiropractic Care: A Retrospective Radiographic Review by Scott Baker, DC and Joel Alcantara, DC, PhD. published in the Journal of Upper Cervical Chiropractic Research, reviewed patient records and cervical spine X-rays collected over twelve months. Researchers specifically examined changes in cervical intervertebral disc (IVD) height, anterior head translation (forward head posture), and cervical lordosis to determine whether measurable structural adaptations occurred during chiropractic care.

MATT HANCOCK IGNORED 11 EXPERTS’ ADVICE ON DEADLY COVID PROTOCOLI’ve been speaking about this for several years and wrot...
17/08/2026

MATT HANCOCK IGNORED 11 EXPERTS’ ADVICE ON DEADLY COVID PROTOCOL
I’ve been speaking about this for several years and wrote this article in March 2023. It was rejected by the MSM but published by Ickonic Media and Unity News Network. Even now, I’m amazed at the lack of outrage over what Hancock did.
JACQUI DEEVOY
AUG 16, 2026
An explosive story, written by me, which appeared on the Ickonic and UNN websites over three years ago states that Matt Hancock ignored the advice of a panel of 11 experts with regards to NICE guideline NG163 – known by some as the Covid Death Pathway.

The then health secretary Hancock first came up with NG163 (the Covid protocol reminiscent of the abolished Liverpool Care Pathway that was used to treat the elderly and those presenting with respiratory issues in hospitals and care homes) in early 2020, he was quickly presented with the advice of nine doctors and two professors, all of whom were familiar with end of life care procedure.

After studying it, they said they were “concerned that uncritical use of NG163 may create unintended risks for people with suspected or actual COVID-19 infection” and suggested that it shouldn’t be implemented.

The new guideline replaced NG31, which detailed how to deal with people dying of cancer. The doctors pointed out that, with regards to the old guideline, the evidence base was so poor that specific dosages were not recommended. They seemed confused by the fact that dosages recommended in NG163 were so specific.

In a letter, published on April 20th 2020, the eminent experts, led by Professor Emeritus Sam H. Ahmedzai, point out that “while NG163 states ‘Note that symptoms can change, and patients can deteriorate rapidly in a few hours or less’, there is no counterpoint that most patients without the preconditions above will eventually recover.”

They also state that, while there was plenty of detail on dosing up Covid patients with powerful medications, there’s no advice on monitoring the patients nor on weaning them off the drugs. Could that be because there was never any intention of weaning them off?

Another major concern of the panel was the fact that NG163 states: “Sedation and opioid use should not be withheld because of a fear of causing respiratory depression.”

This is probably the most frightening line ever to be written into a NICE guideline as it’s telling nurses not to be put off giving the prescribed drugs due to a fear that the patient’s breathing will dramatically slow down. They’re being told to disregard any concerns and administer the drugs anyway.

Doctors prescribing the meds – and many of the nurses giving them – KNOW that using Midazolam and morphine together will slow down breathing (to the point of death if it’s administered continuously via a syringe driver) but this very clear instruction is telling them not to worry about that! How many medics administered this killer cocktail of ‘end of life drugs’ to patients, not all of whom were presenting with respiratory symptoms – or, in some cases, appearing to have nothing more than a positive result from a non-diagnostic, not fit-for-purpose PCR test – knowing it was going to kill them?

Some doctors and nurses have since admitted wondering about the potentially lethal effect of this combination of benzodiazepines and opioids and knew that the doses they were giving were way too high (something else that was a point of concern in the letter), but very few spoke out and the vast majority just continued to follow orders. Sadly, as we know from the Nuremberg Trials, the excuse of “just following orders” does not stand up in court. (And, whether they knew the dangers of what they were doing or not, court is where many of these obedient ‘angels of death’ will end up.)

Further into the letter, the professors and doctors rightly point out that if Covid-19 infection were uniformly fatal, the frightening sentence (instructing doctors and nurses to ignore any concerns) would be acceptable. But it was already known back then that, for most people, the ‘virus’ wasn’t fatal. By then, many experts were seeing it as no more dangerous than the flu and, while some elderly people with serious comorbidities may well die after being diagnosed with it, very few people seemed to be dying FROM it. This is explained in the letter as follows: “For people not previously known to be at the end of life, there is potential risk of unintended serious harm if these medications are used incorrectly and without the benefit of specialist palliative care advice.”

The letter, published by the BMJ (British Medical Journal and signed by all 11 doctors), reads as follows:

“Dear Editor

We read with great interest the summary of NICE guideline NG163: COVID-19 rapid guideline: managing symptoms (including at the end of life) in the community.[1] NICE is to be congratulated on producing a series of guidelines for the COVID-19 crisis in such a short time. The letter from Dr (Lieutenant Colonel) Rajesh Chauhan et al,[2] detailing their concerns around the recommendations for codeine, and the response by Dr Paul Chrisp,[3] Director of the Centre for Guidelines at NICE, illustrate the inherent problems associated with producing UK national guidelines for a global problem.

We fully understand why shortcuts to the normal NICE guideline procedure were necessary, in order to produce COVID-19 guidance rapidly. But we are concerned that uncritical use of NG163 may create unintended risks for people with suspected or actual COVID-19 infection.

Under ‘General advice for managing COVID-19 symptoms’, NG163 recommends: “3.2 When managing key symptoms of COVID 19 in the last hours and days of life, follow the relevant parts of NICE guideline [NG31] on care of dying adults in the last days of life. This includes pharmacological interventions and anticipatory prescribing.” The earlier NICE guideline NG31 (2015) for symptom management at the end of life was based on studies carried out in people who were mostly in the advanced stages of cancer.[4] However, in NG31 the evidence base was so poor that it did not publish detailed recommendations for drugs and doses. We are unaware of more recent high-quality research evidence that NICE could have used to produce such specific drug and dosing recommendations now for COVID-19 patients.

NG31 was aimed at care of people who were likely to die in the coming hours and days – usually from advanced diseases, from which recovery was deemed most improbable. Many people in the UK who are suspected of having COVID-19 will not have advanced cancer or be dying from another existing terminal condition. The accumulating global evidence shows that the case fatality rate reaches >50% in those needing mechanical ventilation, over 80 years and with serious underlying health conditions including congestive heart failure, chronic kidney disease and lung cancer.[5] So it is worrying that while NG163 states “Note that symptoms can change, and patients can deteriorate rapidly in a few hours or less”, there is no counterpoint that most patients without the preconditions above will eventually recover. In contrast, NICE guideline NG31 emphasised the importance of how to recognise whether someone was dying, but also to keep open the possibility for recovery by ‘monitoring for further changes at least every 24 hours’.(5)

Compared with advanced cancer, COVID-19 is a condition that very few practitioners will have sufficient confidence to prognosticate on. For no doubt good intention to provide ease from distress, patients may be started by inexperienced practitioners on potent medications with detailed advice on how to escalate doses, but not on monitoring daily or more frequently, and how to wean off medication if the patient stabilises and recovery becomes possible.

We have further specific concerns. NG163 recommends codeine and morphine for the management of cough and breathlessness. (Codeine, is of course, a pro-drug converted to morphine by a process dependent on common pharmacogenetic variations which can lead to little or no effect in some patients, or severe opioid toxicity in others.[6]) Although morphine is recommended in several places, only once is there mention of switching to oxycodone “if estimated glomerular filtration rate (eGFR) is less than 30 ml per minute”. We doubt if most practitioners in the community will have access to daily renal function results to know when to make that switch.

Given the propensity for COVID-19 to lead to acute kidney injury in 4 – 31% of cases,[7] we would suggest that oxycodone could be considered as an alternative first-line drug for symptoms of COVID-19 (including pain), especially for those at risk of renal impairment or in the older population. Although small compared to the literature on morphine for breathlessness, the evidence for oxycodone is growing.[8]

Moreover, the effect of renal impairment on morphine pharmacokinetics leading to adverse neurotoxic effects including acute delirium is well established.[9] Thus focusing on morphine in NG163 might lead to increased use of lorazepam, midazolam, haloperidol or levomepromazine for sedation. Such a situation could potentially be avoided if oxycodone were used instead.

With respect to drugs used for sedation, the neuroleptics haloperidol and levomepromazine are recommended if midazolam alone does not work. There is no mention of the potential pharmacokinetic or pharmacodynamic drug interactions between the antibiotics that could be used for bacterial pneumonia in the community (e.g. clarithromycin/erythromycin, ciprofloxacin/levofloxacin) [10,11] and opioids or neuroleptics. For people who are not on antibiotics this will be of no consequence; but for those who are, it could lead to opioid toxicity including prolonged QTC interval.[12,13,14]

The combination of opioid, benzodiazepine and/or neuroleptic is used in specialist palliative care settings for symptom control and for ‘palliative sedation’ to reduce agitation at the end of life.[15] It takes great skill and experience to use palliative sedation proportionately so that extreme physical and existential distress are palliated, but death is not primarily accelerated. NG163 states: “Sedation and opioid use should not be withheld because of a fear of causing respiratory depression.” If COVID-19 infection were uniformly fatal, this would be an acceptable statement. But for people not previously known to be at the end of life, there is potential risk of unintended serious harm, if these medications are used incorrectly and without the benefit of specialist palliative care advice.

Another concern is that the recommended doses for morphine and midazolam are sometimes higher than current guidelines state for non-specialist use; and moreover there are inconsistencies between the maximum doses recommended by the oral or subcutaneous routes.

In summary, we welcome NICE’s rapid production of practical guidelines to help community practitioners prescribe medication to ease the distress of people with serious COVID-19 infection. However, as current or retired consultants in palliative medicine, we respectfully suggest that some recommendations in NG163 should be revised to prevent inadvertently adding to that suffering.

Professor Emeritus Sam H Ahmedzai, The University of Sheffield

Dr Andrew Dickman, Liverpool University Hospitals NHS Foundation Trust

Dr Amara Callistus Nwosu, Lancaster University

Dr Barry J A Laird, The University of Edinburgh and St Columba’s Hospice, Edinburgh

Dr Catriona R Mayland, The University of Sheffield

Dr Ashique Ahamed, Manchester University Hospitals NHS Foundation Trust

Dr Sophie Harrison, Manchester University Hospitals NHS Foundation Trust

Dr Donna Wakefield, Consultant in Palliative Medicine, Newcastle-Upon-Tyne

Professor Mari Lloyd-Williams, University of Liverpool and LCCG / Liverpool Health Partners

Dr Jason Boland, Hull York Medical School, University of Hull

Dr Sam Fingas, Sheffield Teaching Hospitals NHS Foundation Trust

References

1. National Institute for Health and Care Excellence (NICE) in collaboration with NHS England and NHS Improvement. Managing COVID-19 symptoms (including at the end of life) in the community: summary of NICE guidelines. BMJ 2020;369:m1461

2. Chauhan R, Titus VTK, Singh AK, Chauhan S. Rapid Response: Perhaps a small change in NICE guidelines could help reduce mortality COVID-19 mortality. https://doi.org/10.1136/bmj.m1461

3. Chrisp P. Rapid Response: Re: Managing COVID-19 symptoms (including at the end of life) in the community: summary of NICE guidelines. https://doi.org/10.1136/bmj.m1461

4. BMJ Best Practice Coronavirus Disease 2019. (2020) https://bestpractice.bmj.com/topics/en-gb/3000168/prognosis (Accessed 13th May 2020)

5. NICE NG31 (2015). Care of dying adults in the last days of life.

6. Gasche Y, Daali Y, Fathi M, et al. Codeine intoxication associated with ultrarapid CYP2D6 metabolism. N Engl J Med. 2004;351:2827–2831.

7. NICE NG175 (2020). COVID-19 rapid guideline: acute kidney injury in hospital.

8. Yamamoto Y, Watanabe H, Sakurai A, et al. Effect of continuous intravenous oxycodone infusion in opioid-naïve cancer patients with dyspnea. Jpn J Clin Oncol. 2018;48(8):748‐752. doi:10.1093/jjco/hyy079

9. Lee KA, Ganta N, Horton JR, Chai E. Evidence for Neurotoxicity Due to Morphine or Hydromorphone Use in Renal Impairment: A Systematic Review. J Palliat Med. 2016 Nov;19(11):1179-1187

10. NICE NG165 (2020). Managing suspected or confirmed pneumonia in adults in the community.

11. NICE NG138 (2019). Pneumonia (community-acquired): antimicrobial prescribing.

12. Baxter K, Preston CL (eds), Stockley’s Drug Interactions. [online] London: Pharmaceutical Press (Accessed 10th May 2020)

13. Liukas A, Hagelberg NM, Kuusniemi K, Neuvonen PJ, Olkkola KT. Inhibition of cytochrome P450 3A by clarithromycin uniformly affects the pharmacokinetics and pharmacodynamics of oxycodone in young and elderly volunteers. J Clin Psychopharmacol. 2011;31(3):302–8.)

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