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Mimicking fasting for cancer a new research approach – this is how science describes an innovative approach that opens up new perspectives for cancer patients. Fasting mimicking diet cancer patients, nutrition in cancer, tumor growth nutrition, protective mode healthy cells fasting and fmd diet supplement therapy cancer form the scientific basis of an approach that provides a new answer to the old question: Is it possible to strengthen the patient without simultaneously nourishing the tumor?

Nutrition in cancer patients faces a fundamental dilemma: nutrients that strengthen the body could also provide nutrients to tumor cells. Research into tumor growth nutrition shows that healthy and diseased cells react fundamentally differently to food deprivation.

The cellular protection mode cancer therapy describes precisely this difference: healthy cells activate a protection mode healthy cells fasting – cancer cells cannot. Sham fasting supplement chemotherapy makes therapeutic use of this biological advantage

Sham fasting for cancer: a new research approach

Clearly explained - The Fasting Mimicking Diet

Strengthening the patient without feeding the tumor - is that possible?

“You need to eat a lot” – this advice is often given to cancer patients, especially if they have already lost weight. The idea behind it sounds logical: the body needs energy to fight the disease. But this well-intentioned advice raises an important question: What if the nutrients that are supposed to strengthen the patient also support tumor growth at the same time?

This is precisely where a new research approach comes in – the Fasting Mimicking Diet (FMD). Scientists are investigating whether it is possible to protect healthy cells through a targeted diet, while cancer cells become more vulnerable. The approach was developed by Prof. Valter Longo and is currently being researched in studies as a possible supplement to standard therapies.

The basic idea: healthy cells can switch to a “protective mode” when there is a lack of nutrients and reduce their activity. Cancer cells have lost this ability due to their genetic changes – they continue to grow regardless of whether nutrients are available or not. This difference could be used therapeutically.

tumor diagnostics cancer

Nutrition in cancer – The dilemma between strengthening and tumor nutrition

Nutrition in cancer is caught between strengthening patients and unintentionally promoting tumors. The question of nutrition in cancer is complex: what benefits healthy cells could also nourish cancer cells. New research into nutrition in cancer is looking for ways to overcome this dilemma.

Tumor growth nutrition – How cancer cells use nutrients differently

Tumor growth nutrition follows different laws than normal cell growth. Cancer cells process tumor cells nutrients via altered metabolic pathways – the so-called Warburg effect shows how aggressively they utilize glucose. This knowledge about tumor growth nutrition is crucial for the development of metabolic therapy approaches.

Healthy cell protection mode – the biological basis of sham fasting

Protective mode healthy cells fasting describes the ability of healthy cells to reduce their activity and activate protective programs when there is a lack of nutrients. The cellular protection mode of cancer therapy is the core of the sham fasting concept: cancer cells do not have this protective ability. The use of the healthy cell fasting protection mode could offer selective protection for patients during therapy.

FMD diet complementary therapy for cancer – mock fasting as an accompaniment to standard therapy

Fmd diät ergänzungstherapie krebs is currently being investigated in clinical trials for its effectiveness as a complementary measure. The sham fasting supplement chemotherapy aims to improve the tolerability and possibly the efficacy of existing cancer therapies. As fmd diät ergänzungstherapie krebs, the approach offers a non-toxic, nutrition-based pathway in integrative oncology.

The explanatory video: How does the mock fasting diet work?

Science made understandable

This explanatory video shows in an understandable way how the sham fasting diet works and what current research results show. You will learn how healthy cells and cancer cells react differently to nutrient deficiency and why this “differential stress resistance” is being investigated in research.

The video also explains what a 5-day FMD cycle looks like, the role of growth factors such as IGF-1 and the study results on the combination with chemotherapy – including impressive data from studies in breast cancer patients.

NOTE: The contents of this explanatory video were created with notebooklm.google.com and represent scientific research results and are not a therapy recommendation. Any use during cancer therapy requires medical supervision and individual clarification.

Your way to information

The explanatory video takes you step by step through these complex relationships and explains the scientific background.

Talk to your doctor: If you are interested in innovative treatment approaches such as ferroptosis:
- Gather information from reputable sources
- Prepare questions for the consultation Discuss your situation individually with your oncologist
- Seek advice on risks and alternatives
- Make informed decisions together with your treatment team.

Realistic expectations: Ferroptosis is an area of research with potential, but it is not a miracle treatment. Every treatment decision should be based on sound medical information and individual advice.

Important note: The explanatory video is intended solely to provide information about experimental treatment approaches. It does not constitute medical advice and does not replace a consultation with your doctor.

FREQUENTLY ASKED QUESTIONS ABOUT THE SHAM FASTING DIET

Why metabolic interventions are increasingly being investigated in cancer research

Sham fasting for cancer a new research approach

What exactly does "mock fasting" mean?

The FMD is not a complete abstinence from food. It is a precisely composed program that puts the body into a "fasting state" even though you continue to eat. A typical cycle lasts 5 days: on the first day around 1,100 calories are consumed, on days 2-5 only 700-800 calories. It is not only the amount of calories that is important, but above all the composition - very little protein (especially from animal sources), but healthy fats and complex carbohydrates.

How is this "protection mode" supposed to work for healthy cells?

The video explains this with a vivid analogy: imagine a hurricane warning. Healthy cells hear this warning (the fasting) and retreat into their protective bunker. Cancer cells are "deaf" to this warning - they are "stuck on the gas pedal", they remain unprotected and are hit by the "storm" (the chemotherapy) with full force. This different reaction is known as differential stress resistance.

What are the study results?

Animal studies have shown that mice with an unhealthy, high-fat diet had a much shorter life expectancy. However, if they received regular FMD cycles with the same diet, they lived significantly longer. In a clinical study with breast cancer patients who received FMD in addition to chemotherapy, longer survival times were observed than in the group with chemotherapy alone. These initial clinical data are currently being investigated in further studies.

When would the FMD be carried out?

In studies, FMD typically began 3 days before chemotherapy and continued for 1-2 days afterwards. Timing is crucial: the body must remain in protective mode for the entire duration of the medication. Switching to a normal diet too early could negate the protective effect.

Is FMD suitable for everyone?

No. This is a serious medical intervention, not a simple diet tip. It is not suitable for people who are severely underweight (BMI under 18), pregnant women, people with severe heart or kidney disease and people with a history of eating disorders. Diabetes requires particularly close medical supervision. The product may only be used under strict medical supervision.

Watch the explanatory video to find out more:

Further details on IGF-1 and growth factors, the Heidelberg comparative study with a Mediterranean diet, the long-term nutritional concept between fasting cycles and much more are explained in detail in the full video.

Research for new therapeutic approaches

The scientific vision – to better understand cancer through innovative research approaches and to find new ways to support therapy – is increasingly supported by studies on metabolic interventions such as FMD. Whether this approach will play a role in clinical practice in the future depends on further research results.

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Was ist die Testung genetischer Expressionswerte von Krebszellen?

Durch molekularbiologische Analyse identifizieren wir das individuelle Aktionsprofil eines Tumors und finden die therapeutischen Angriffspunkte.

Die Messung der RNA-Genexpressionswerte ist dem Tumorgeschehen näher als eine reine Mutationsanalyse. Mit dieser Messung kann man für wichtige Signalwege des Tumors das konkrete und aktuelle Aktionsprofil und deren Eigenschaften ermitteln.

Per Flüssigbiopsie ist eine Gewinnung frischer lebender Tumorzellen einfach und schmerzfrei möglich.  

Es werden auch Tumorzellen aus Körperregionen gewonnen, die wie in Lunge, Bauchspeicheldrüsen oder Gehirn für herkömmliche Gewebebiopsien oft nur schwierig zu erreichen sind.

Man kann weiterhin auch Tumorzellen aus Urin, Aszites oder Liquor erhalten.

Wenn Gewebebiopsate vorliegen, kann man auch diese nutzen. Somit sind vielfältige Möglichkeiten gegeben, um Tumorzellen zu gewinnen.

Die iSelect und iComplete Tests liefern entscheidende Erkenntnisse bezüglich:

• der Aggressivität des Tumors

• der Manipulation des Immunsystems durch den Tumor

• der Resistenzen gegenüber Medikamenten

• der Aktivität relevanter Signale

• der Wirksamkeit bestimmter Substanzen

Die Messergebnisse werden therapeutischen Substanzen zugeordnet, basierend auf anerkannten Studien, sodass der behandelnde Arzt Optionen für eine gezielte Therapie erhält.

Üblicherweise werden die Tumorzellen aus einer Blutprobe extrahiert, gefolgt von der Analyse der RNA, um die Aktivität von Genen zu bestimmen. Die Tumorzellen können aber auch aus einer Biopsie, Liquor oder Aszites entnommen werden.

Die mit dem iSelect oder iComplete Test gewonnen Therapieoptionen zeigen personalisierte und für den individuellen Tumor zielgerichtete Therapieoptionen auf, die der Therapeut umsetzen kann. Weiterhin werden auch individuell für den vorliegenden Tumor ungeeignete Substanzen die z.B. in der Chemotherapie eingesetzt werden, aufgezeigt. Damit kann man z.B. stark toxische Therapeutika, die der Tumor einfach durchschleust, identifizieren und für die Therapie ausschließen.

Bitte sprechen Sie uns über die kostenlose Beratung an, damit wir den richtigen Test herausfinden und Ihnen die damit verbundenen Kosten mitteilen können.

Die Laborarbeit dauert ca. 10 Arbeitstage. Danach wird ein Bericht geschrieben, der je nach Komplexität des Falles ca. 1 – 3 Arbeitstage dauern kann. Der Bericht muss wegen gesetzlicher Vorgaben im Falle von Krebs an den behandelnden Arzt gehen. Er kann dann den Bericht an den Patienten weiterleiten.

Die Zuverlässigkeit hängt von verschiedenen Faktoren ab, einschließlich der Testmethode und der Qualität der genommenen Probe. In vielen Fällen sind Liquid Biopsy-Tests jedoch eine zuverlässige Ergänzung zu anderen Diagnosemethoden.

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Rufen Sie bei uns an oder schicken Sie uns eine Nachricht. Wir beraten Sie zu unseren Tests. Das entsprechende Blutentnahmeset lassen wir Ihrem Arzt kostenlos zukommen.

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Die Blutabnahme erfolgt bei dem Arzt Ihres Vertrauens oder einem Arzt unseres Netzwerkes. Wichtig für Chemotherapie-Patienten: Planen Sie diesen Termin frühestens 10-14 Tage nach Ihrer letzten Chemotherapie.

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Teilen Sie uns spätestens einen Tag vor der geplanten Blutabnahme per E-Mail oder telefonisch mit, wann und wo die Probe abgeholt werden soll. Wir benötigen Ort, Datum und ein Zeitfenster von 2 Stunden für unseren Kurierdienst.

Nur so können wir die Abholung der Probe in Ihrer Praxis organisieren.

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Bringen Sie das von uns erhaltene Blutabnahmeset zu Ihrem Arzttermin mit. Nach der Blutabnahme wird die Probe durch unseren Kurierdienst abgeholt und zu unserem Labor transportiert.

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  • Prüfen Sie die Vollständigkeit der beiliegenden Unterlagen
  • Lassen Sie den Arzt den Auftrag zur molekularen Diagnostik mit Ihrer Einwilligung und Unterschrift ausfüllen
  • Ergänzen Sie den beiliegenden Medikamentenplan
  • Legen Sie Kopien Ihrer Klinik-Berichte/Anamnesen bei
  • Senden Sie alle Formulare unterschrieben im Original an uns zurück

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Besprechen Sie die Ergebnisse mit Ihrem Arzt

Die Berichterstellung erfolgt nach Zahlungseingang des Patienten je nach Fall innerhalb von ca. 10-15 Werktagen.

Vereinbaren Sie einen Beratungstermin mit Ihrem Arzt zur Besprechung der Testergebnisse. Wir senden  den Testbericht direkt an Ihren Arzt.

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