Questions worth asking a functional medicine practitioner

When evaluating a clinic, pay attention to whether they explain care in a way that feels both compassionate and structured. You should not have to choose between warmth and medical credibility.

Ask how they evaluate root causes instead of isolated symptoms. Ask whether providers collaborate across services. Ask what happens if your issue involves more than one factor, like pain, movement limitations, stress, and recovery habits. Ask whether care plans are adjusted as your body responds.

You can also ask practical questions that reveal a lot about the patient experience. Is there a consultation process? Can they support both acute issues and long-term wellness goals? Do they offer access to multiple services in one place, or will you need to coordinate everything yourself?

The right clinic should welcome these questions. Root-cause care works best when patients are active partners, not passive recipients.

Why integrated care often leads to better long-term results

Healing tends to be more sustainable when treatment is connected. If you have ever felt temporary relief but not lasting change, this is often the missing piece.

Integrated care creates continuity. Instead of repeating your story to different providers who each focus on one narrow issue, you get a plan where each step builds on the last. That may mean your chiropractor, massage therapist, physical therapist, and wellness team are working toward the same outcome: better movement, less pain, lower stress, and more resilience.

This is especially helpful for people with busy lives. Parents, professionals, and active adults often delay care because healthcare feels complicated and time-consuming. When services are coordinated under one roof, or supported both in person and virtually, it becomes easier to stay engaged long enough to make meaningful progress.

For patients in the greater San Antonio area, that kind of coordinated whole-person support can be a practical alternative to bouncing between isolated appointments that never fully connect.

What is Peptide therapy?

Peptide therapy is a medical treatment that uses synthetic, short chains of amino acids—the building blocks of proteins—to trigger specific, beneficial bodily responses. By mimicking naturally occurring peptides, this therapy acts as a targeted messenger to improve functions like metabolism, tissue repair, weight loss, and immune regulation. It is commonly used for anti-aging, injury recovery, and sexual health optimization.

Why are so many people turning to prevention-first healthcare?

Many patients arrive at this model after years of feeling like no one has connected the dots. They may have seen one provider for back pain, another for stress, another for sleep trouble, and another for urgent flare-ups. Each visit may have addressed one piece, but not the way those pieces influence each other.

That fragmentation can leave people discouraged, especially when the same issue keeps returning. A person may feel better for a week after treatment, then slide back because the underlying movement pattern, stress burden, inflammation, or recovery deficit was never addressed.

Prevention first healthcare feels different because it is built around patterns, not isolated episodes. It values early intervention. It supports maintenance, not just rescue. And it treats the patient as an active partner, not a passive recipient of instructions.

For working professionals, this can mean fewer setbacks that interfere with focus, energy, and performance. For parents, it can mean a more sustainable way to care for their own health while carrying so much for everyone else. For people living with chronic pain or recurring injury, it can mean finally getting a plan that looks beyond symptom suppression.

Alkaline Diet for Cancer: What It Is, How It Works, and What to Eat

An alkaline diet for cancer focuses on increasing alkaline-forming foods—primarily vegetables—while reducing acid-forming foods such as sugar, processed foods, and refined grains. The goal is to support metabolic balance, reduce systemic stress, and create a healthier internal environment.

What Is an Alkaline Protocol?

An alkaline protocol is a nutrition strategy designed to balance the body’s acid–base load through food choices. It emphasizes:

• High intake of vegetables and greens
• Reduction of processed and inflammatory foods
• Limiting sugar and refined carbohydrates
• Supporting the body’s natural buffering and detoxification systems

Rather than attempting to change blood pH (which is tightly regulated), the focus is on reducing dietary acid load and improving overall metabolic health.

How Does an Alkaline Diet Support the Body?

An alkaline-focused diet may support health through several mechanisms:

• Reduces dietary acid load, easing the burden on buffering systems
• Supports mineral balance, including magnesium and potassium
• Helps reduce inflammation, which is associated with chronic disease
• Improves metabolic function, including blood sugar regulation
• Supports immune function through nutrient-dense foods

These effects contribute to a more stable internal environment that supports overall resilience.

What Foods Are Included in an Alkaline Diet?

Primarily Alkaline-Forming Foods

• Leafy greens (spinach, kale, arugula)
• Cruciferous vegetables (broccoli, cauliflower, Brussels sprouts)
• Cucumbers, celery, zucchini
• Avocados
• Herbs and spices
• Lemon and lime (alkaline-forming after digestion)

Foods Commonly Reduced or Avoided

• Processed sugar
• Refined grains (including wheat products)
• Dairy products
• Processed and packaged foods
• Excess animal protein

The diet is typically plant-forward, emphasizing whole, unprocessed foods.

Are Acidic Foods Always “Bad”?

Not necessarily.

Some foods that are acidic in taste—such as lemons and limes—actually produce an alkaline effect after digestion. This is often referred to as “alkaline ash.”

The key distinction is:

• Taste ≠ metabolic effect
• What matters is how the body processes the food

Does an Alkaline Diet Change Body pH?

Blood pH is tightly regulated by the body and remains within a narrow range (approximately 7.35–7.45).

An alkaline diet does not significantly change blood pH, but it can influence:

• Urinary pH
• Mineral balance
• Inflammatory load
• Overall metabolic function

These factors are more relevant to long-term health than altering blood pH directly.

How to Test Your pH at Home

Some individuals choose to monitor their pH using test strips.

How to test:

• Use pH test strips (litmus paper)
• Test urine or saliva
• Best times:1 hour before meals
  2 hours after meals
  

Typical reference range:

• Urinary pH often ranges from 6.0–7.5 depending on diet and hydration

These measurements reflect dietary patterns, not overall systemic pH.

Potential Benefits of an Alkaline Protocol

Patients following an alkaline-style diet often report:

• Improved energy levels
• Better digestion
• Reduced inflammation
• More stable blood sugar
• Enhanced overall well-being

The primary benefit is not a single effect, but improved overall metabolic balance.

How This Fits Into Integrative Cancer Care

At Holistic and Wellness Medicine, we consider nutrition a foundational component of care.

An alkaline-focused dietary approach may be used alongside:

• IV nutrient therapies
• Detoxification support
• Immune optimization
• Oxygen-based therapies
• Mind-body interventions

This comprehensive strategy addresses the internal environment, not just the diagnosis.

Frequently Asked Questions

Can an alkaline diet cure cancer?

No. An alkaline diet is not a cure for cancer. It is used as a supportive nutritional strategy within a broader treatment plan.

Why reduce sugar on an alkaline diet?

High sugar intake is associated with inflammation and metabolic imbalance. Reducing sugar supports overall health and stability.

Is fruit allowed on an alkaline diet?

Yes, but often in moderation. Emphasis is typically placed on vegetables over high-sugar fruits.

Do I need to be 100% alkaline?

No. The goal is balance, not perfection. Most approaches aim for a higher proportion of alkaline-forming foods.

Herbal Medicine in Integrative Cancer Care

In integrative oncology, herbal medicine is used as a complementary approach, not a primary cancer treatment.

It may be included to help:

• Support general well-being
• Maintain nutritional and metabolic balance
• Reduce inflammation
• Support the body during periods of stress

• What Is Lymphatic Massage?

  Lymphatic massage is a specialized technique that uses slow, rhythmic movements to encourage the natural flow of lymph fluid.

  The lymphatic system includes:

  • Lymph vessels
  • Lymph nodes
  • Immune-related organs

  Together, these structures help maintain fluid balance and support immune function.

  How Lymphatic Massage Works

  Unlike the circulatory system, the lymphatic system does not have a central pump. It relies on movement, breathing, and muscle activity to circulate fluid.

  Manual lymphatic drainage helps by:

  • Encouraging lymph flow through gentle stimulation
  • Supporting fluid movement in tissues
  • Assisting normal waste transport processes
  • Promoting relaxation of the nervous system

  Benefits of Lymphatic Massage

  When performed appropriately, lymphatic massage may support:

  • Reduction of swelling (including lymphedema)
  • Improved circulation of lymph fluid
  • Relaxation and stress reduction
  • Temporary relief of fluid retention
  • Support for overall comfort and well-being

  Individual responses vary.

• Is Lymphatic Massage Safe for Cancer Patients?

  Lymphatic massage is generally safe when trained professionals use appropriate techniques.

  Important considerations:

  • Pressure is very light and controlled
  • Treatment is adapted to individual needs
  • Medical history is reviewed before treatment

  Concerns about massage spreading cancer are not supported by current understanding. The spread of cancer (metastasis) is driven by biological processes, not by massage.

• Who May Benefit from Lymphatic Massage?

  Lymphatic massage may be helpful for individuals experiencing:

  • Swelling or fluid retention
  • Post-surgical or post-treatment recovery
  • General stress or tension
  • Circulatory or lymphatic support needs

  Suitability depends on individual evaluation

• You Have Options Worth Exploring

  When facing cancer, many patients seek more than a single-path approach. Increasingly, attention has turned toward repurposed medications—well-established drugs being studied for their potential roles beyond their original use.

  Two such medications, ivermectin and mebendazole, have drawn interest in oncology research due to their biological activity observed in laboratory and early-stage studies.

  While not standard cancer treatments, they are part of a growing conversation around integrative, multi-targeted care.

  Why Repurposed Medications Are Being Studied

  Developing new cancer drugs can take years. Repurposed medications offer a different pathway—one grounded in what is already known.

  Key advantages include:

  • Established safety profiles
  • Known pharmacology
  • Widespread availability
  • Existing human use history

  This makes them candidates for investigation as part of broader, integrative strategies, rather than standalone solutions.

  Ivermectin: What Research Is Exploring

  Originally developed for parasitic infections, ivermectin has demonstrated biological activity in preclinical cancer models.

  Areas of interest include:

  • Cell signaling modulation – Potential influence on pathways involved in tumor growth
  • Tumor microenvironment interaction – Effects on how cancer cells communicate and adapt
  • Cellular stress response – Observed impact on viability in certain cell models
  • Immune signaling – Early exploration into immune-related pathways

  Mebendazole: Mechanisms Under Study

  Mebendazole, another well-known medication, has also been examined in cancer research settings.

  Observed areas of interest include:

  • Microtubule disruption – Interference with processes required for cell division
  • Growth pathway effects – Potential influence on angiogenesis and tumor expansion
  • Programmed cell death (apoptosis) – Activity seen in laboratory models
  • Central nervous system relevance – Ability to cross the blood–brain barrier

  What the Current Evidence Shows

  Interest in these medications is based primarily on:

  • Laboratory and animal studies
  • Early-phase clinical investigations
  • Case-based observations

  Regulatory Status and Clinical Use

  Both ivermectin and mebendazole are FDA-approved medications for specific indications unrelated to cancer. In certain clinical contexts, physicians may consider the off-label use of approved medications when, in their professional judgment, it may be appropriate for an individual patient.

  Off-label prescribing is a recognized and accepted aspect of medical practice, allowing clinicians to apply their knowledge of pharmacology, patient history, and emerging research when evaluating potential options.

  When these medications are discussed in an oncology setting, they are:

  • Considered on an individualized basis
  • Evaluated within the context of the patient’s overall condition and goals
  • Used, if at all, as part of a broader, integrative strategy

  This approach reflects a commitment to thoughtful, patient-centered care, guided by clinical judgment and evolving scientific understanding.

  How They May Fit Into a Broader Approach

  When considered, repurposed medications are typically part of a comprehensive, multi-faceted plan designed to support the body on multiple levels.

  This may include:

  • Nutritional and metabolic support
  • Immune system optimization
  • Detoxification and inflammation-focused strategies
  • Therapies targeting the tumor microenvironment

  The goal is not a single intervention—but a coordinated, whole-body strategy.

  A More Complete Way to Look at Cancer

  Cancer is increasingly understood as a complex, multi-system condition.
  Addressing it often requires more than one perspective.

  Exploring emerging research—while maintaining a balanced, individualized approach—can help patients better understand what options may be appropriate for them.