Harper MD — Frequently Asked Questions

Question 1

What is Harper MD?

Accepted Answer

Harper MD is a doctor-led regenerative health clinic in Weston, Florida. We serve active adults in their 40s, 50s, and 60s who want to maintain physical capability and long-term function — without surgery, without indefinite symptom management, and without the 'just manage it' approach. Our care is deliberate, evaluation-first, and built around understanding the whole picture.

Question 2

How do I get started at Harper MD?

Accepted Answer

The first step is a free initial evaluation — no commitment required. During the evaluation, we review your health history, lifestyle demands, and recovery challenges, then present a clear individualized plan. You leave with answers and a direction, not just a referral. Book online at partner.pabau.com/online-bookings/harpermd or call (954) 338-1111.

Question 3

Does Harper MD accept insurance?

Accepted Answer

Harper MD operates on a self-pay basis. Patients typically pay out of pocket or use HSA funds. Payment plans and financing options are available. Because services are not covered by standard insurance, Harper MD is able to provide unhurried, individualized care without volume-based constraints.

Question 4

Is Harper MD a pain clinic?

Accepted Answer

No. Harper MD is a regenerative health clinic — not a pain clinic, surgery center, or wellness spa. While conditions involving discomfort are addressed, the focus is never on managing pain in isolation. The approach targets the underlying systems — tissue recovery, cellular signaling, inflammatory regulation — that determine whether the body can repair itself durably over time.

Question 5

Who is the medical director of Harper MD?

Accepted Answer

The clinical authority behind Harper MD is Dr. Micah Craig, MD. Dr. Craig is a board-trained Internal Medicine physician with a Master's in Biochemistry. He completed his residency in Denver where he served on the COVID-19 frontlines, and has a background in public health and international medical missions.

Question 6

Why does joint pain keep coming back even after rest, injections, or physical therapy?

Accepted Answer

Recurring joint pain usually means the underlying repair environment never fully recovered. Rest, injections, and therapy can reduce symptoms temporarily, but if cellular signaling, inflammatory regulation, and tissue responsiveness remain impaired, pain returns as soon as the joint is stressed again. Joint restoration focuses on correcting those biological limitations rather than repeatedly quieting symptoms.

Question 7

Is joint pain always caused by bone on bone or arthritis?

Accepted Answer

No. Many people experience significant joint pain without severe structural damage. Pain often comes from inflammation, poor tissue signaling, or reduced shock absorption — not just cartilage loss. Imaging findings don't always match how someone feels. Restoring joint function depends on improving how tissue responds and recovers, not just what an X-ray shows.

Question 8

Why did physical therapy help at first but then stop working?

Accepted Answer

Physical therapy improves strength and movement patterns, but it relies on the joint's ability to adapt and recover. If recovery capacity is compromised, progress plateaus. At that point, more exercises don't fix the issue — the joint needs biological support to respond to loading again. This is where a joint restoration strategy can change the outcome.

Question 9

How is joint restoration different from pain management?

Accepted Answer

Pain management focuses on reducing discomfort. Joint restoration focuses on why the joint became painful in the first place — poor tissue recovery, chronic inflammation, or breakdown in signaling. The goal is to improve durability and tolerance to movement so relief isn't dependent on repeated treatments.

Question 10

How do I know if joint restoration is appropriate for me?

Accepted Answer

Joint restoration is often appropriate if: pain limits activity despite conservative care; symptoms return quickly after treatment; recovery time keeps getting longer; or you are trying to avoid surgery or delay it responsibly. The first step is an evaluation to determine whether recovery capacity — not structural failure — is the main issue.

Question 11

Why do I feel like I'm aging faster even though I take care of myself?

Accepted Answer

Many people notice aging despite good habits because aging isn't just lifestyle-driven — it's biological efficiency declining. Over time, cellular repair slows, inflammatory signaling increases, and tissue resilience drops. Even with exercise and clean nutrition, the body may struggle to keep up. Longevity care focuses on restoring the systems that support recovery, repair, and adaptation — not just surface-level habits.

Question 12

Is anti-aging care just about hormones or supplements?

Accepted Answer

No. Hormones and supplements can help in specific situations, but they don't address the full picture. Aging is influenced by cellular signaling, tissue quality, inflammatory balance, and metabolic efficiency. Focusing on one lever often leads to partial or temporary improvement. A longevity approach evaluates how these systems work together and where breakdown is occurring.

Question 13

Why do energy, recovery, and appearance change at the same time?

Accepted Answer

These changes are connected. When recovery systems slow, tissues repair less efficiently, inflammation lingers longer, and metabolic output drops. That can show up as lower energy, slower healing, skin changes, or reduced resilience under stress. Addressing longevity at the system level often improves multiple areas simultaneously rather than chasing each symptom separately.

Question 14

How is longevity care different from cosmetic or aesthetic treatments?

Accepted Answer

Cosmetic treatments focus on appearance. Longevity care focuses on function first, because tissue quality, circulation, and cellular repair influence how you look over time. When underlying systems are supported, aesthetic improvements tend to be more durable and natural rather than dependent on constant maintenance.

Question 15

When is the right time to consider longevity care?

Accepted Answer

Most people benefit before decline becomes severe. Longevity care is often appropriate if you notice: slower recovery from stress or activity; gradual loss of energy or resilience; visible aging despite healthy habits; or a sense that your body isn't responding like it used to. An evaluation helps determine whether these changes are reversible or need to be managed more deliberately.

Question 16

Why does hair thinning happen even when blood work looks normal?

Accepted Answer

Hair loss often begins when follicle signaling and blood supply weaken, even if standard labs fall within normal ranges. Stress, inflammation, metabolic strain, and poor microcirculation can disrupt the hair growth cycle long before labs flag a problem. Hair regeneration focuses on restoring the biological environment follicles need to stay active — not just correcting deficiencies.

Question 17

Is stress-related hair loss actually reversible?

Accepted Answer

In many cases, yes — but only if the underlying stress response is addressed. Chronic stress alters inflammatory signaling and blood flow to the scalp, pushing follicles into prolonged resting phases. If stress physiology is corrected early enough, follicles can often re-enter healthy growth cycles instead of progressing toward permanent thinning.

Question 18

Why do topical treatments and supplements stop working over time?

Accepted Answer

Topicals and supplements can stimulate follicles temporarily, but they don't restore follicle responsiveness. Over time, follicles become less reactive to stimulation if circulation, signaling, and tissue quality aren't supported. That's why early improvement often plateaus. Regenerative hair care focuses on rebuilding the conditions that allow follicles to respond again.

Question 19

How is hair regeneration different from hair transplantation?

Accepted Answer

Hair transplantation relocates follicles. Hair regeneration focuses on preserving and strengthening existing follicles by improving their biological environment. For many people, slowing loss and restoring density through regeneration is preferable to surgery — or helps delay the need for it altogether.

Question 20

How do I know if hair regeneration is right for me?

Accepted Answer

Hair regeneration is often appropriate if: hair is thinning rather than completely absent; shedding has increased gradually; density has declined without scarring; or you want to preserve hair before loss becomes advanced. An evaluation helps determine whether follicles are still responsive and how aggressively support is needed.

Question 21

Why does sexual desire or performance decline even when hormone levels are normal?

Accepted Answer

Sexual health depends on more than hormone levels alone. Nervous system signaling, blood flow, tissue responsiveness, and stress regulation all play a role. When these systems fall out of sync, desire or responsiveness can decline even if labs appear normal. Sexual health care at Harper MD focuses on restoring coordination between these systems rather than treating numbers in isolation.

Question 22

Can stress really affect sexual responsiveness?

Accepted Answer

Yes — significantly. Chronic stress shifts the body into a protective state, reducing blood flow, dampening nervous system signaling, and disrupting arousal pathways. Over time, this can lead to inconsistent performance or reduced interest. Addressing stress physiology is often essential for restoring normal sexual responsiveness.

Question 23

Why do medications help temporarily but not fully resolve sexual health issues?

Accepted Answer

Medications can improve specific symptoms, such as blood flow, but they don't correct why signaling or tissue responsiveness declined. If the underlying biological environment isn't addressed, results often become inconsistent or less effective over time. A regenerative sexual health approach focuses on restoring function at the system level.

Question 24

Is sexual health care only for severe dysfunction?

Accepted Answer

No. Many people seek care for gradual changes — slower response, reduced confidence, or inconsistency — long before severe dysfunction develops. Addressing these changes earlier often leads to better outcomes than waiting until the issue becomes advanced.

Question 25

How do I know if sexual health care is appropriate for me?

Accepted Answer

Sexual health care may be appropriate if: desire or responsiveness has declined over time; performance feels inconsistent or unpredictable; stress or fatigue seems to affect intimacy; or you want to address the issue without relying solely on medication. An evaluation helps determine which systems are involved and whether restoring responsiveness is possible.

Question 26

Why do I gain weight more easily now than I used to?

Accepted Answer

As the body changes, metabolic signaling becomes less efficient. Insulin sensitivity can decline, stress hormones stay elevated longer, and energy regulation becomes less flexible. This shifts the body toward fat storage even when habits haven't changed much. Weight gain in this context isn't a discipline issue — it's a metabolic one.

Question 27

Why can't I lose weight even when I eat well and exercise consistently?

Accepted Answer

When metabolism becomes resistant, the body actively defends stored fat. This can happen due to insulin resistance, chronic inflammation, stress physiology, or repeated dieting that lowers metabolic output. In these cases, eating less and moving more produces diminishing returns. Metabolic weight loss focuses on correcting the signals that tell the body whether fat should be stored or released.

Question 28

How is metabolic weight loss different from traditional dieting or programs?

Accepted Answer

Most programs focus on calorie control or appetite suppression. Metabolic weight loss focuses on why fat loss is blocked in the first place — insulin signaling, inflammatory load, stress response, and energy regulation. When those systems are addressed, fat loss becomes more responsive instead of forced.

Question 29

Why do people regain weight after successful weight loss?

Accepted Answer

Weight regain often occurs because the underlying metabolic environment wasn't corrected. When weight is lost through restriction alone, the body adapts by lowering energy expenditure and increasing fat storage signals. Without restoring metabolic flexibility and recovery capacity, the body tends to return to its prior set point.

Question 30

How do I know if metabolic weight loss is right for me?

Accepted Answer

Metabolic weight loss may be appropriate if: weight gain feels out of proportion to habits; fat loss stalls quickly or rebounds; energy crashes or cravings are frequent; or stress or poor sleep affects weight. An evaluation helps determine whether weight resistance is being driven by insulin signaling, stress physiology, or other metabolic constraints.

Question 31

What is cellular regenerative therapy and how does it work?

Accepted Answer

Cellular regenerative therapy works by delivering biological signals that support the body's own repair processes. Rather than replacing damaged tissue directly, it provides the cellular communication signals that coordinate repair, reduce disruptive inflammation, and support tissue quality at the foundational level. The goal is to improve how the body responds to demand — not to override its natural processes.

Question 32

Is cellular regenerative therapy the same as stem cell therapy?

Accepted Answer

No. Harper MD uses the term cellular regenerative therapy to describe treatments that support cellular signaling and tissue repair. This is distinct from stem cell therapy, which involves the transplantation of stem cells and carries different regulatory and clinical considerations. The FDA has not approved stem cells as a drug product. Harper MD's approach is framed around supporting the body's existing repair capacity.

Question 33

Which conditions is cellular regenerative therapy used for at Harper MD?

Accepted Answer

Cellular regenerative therapy is applied across multiple service areas at Harper MD — including joint restoration for musculoskeletal conditions, hair regeneration for follicle support, and longevity protocols for systemic cellular health. The specific application depends on evaluation findings and what biological environment needs support in each individual case.

Question 34

Is cellular regenerative therapy safe?

Accepted Answer

Cellular regenerative therapy at Harper MD is applied under physician direction following a thorough evaluation. As with any medical approach, individual responses vary and not every patient is a candidate. All care decisions are made based on evaluation findings, clinical context, and current evidence — and any relevant risks or considerations are discussed in full before treatment begins.

Question 35

What are exosomes and what do they do?

Accepted Answer

Exosomes are small vesicles naturally produced by cells to carry communication signals between tissues. They play a role in coordinating repair, modulating inflammation, and influencing how cells respond to their environment. In a therapeutic context, exosomes are used to support cellular communication — helping tissues receive the signals they need to recover and maintain quality over time.

Question 36

How is exosome therapy different from other regenerative approaches?

Accepted Answer

Exosome therapy focuses specifically on cellular communication rather than introducing new cells or growth factors alone. Because exosomes carry complex signaling packages, they can influence multiple repair pathways simultaneously. This makes them particularly relevant in cases where signaling coordination — rather than structural replacement — is the limiting factor in recovery.

Question 37

What areas does Harper MD use exosome therapy for?

Accepted Answer

At Harper MD, exosome therapy is used as part of joint restoration protocols, hair regeneration support, and longevity and cellular health programs. The specific role exosomes play depends on what the evaluation identifies as the primary limitation in recovery — whether that is joint tissue signaling, follicle environment quality, or systemic cellular communication.

Question 38

Is exosome therapy FDA approved?

Accepted Answer

The FDA has not approved exosomes as a drug product, and this area remains under active regulatory review. Harper MD's approach focuses on supporting cellular signaling and tissue response — not on making disease treatment claims. All care decisions related to exosome therapy are reviewed with this regulatory context in mind, and patients are informed of the current evidence landscape during evaluation.

Question 39

What are peptides and how do they support health?

Accepted Answer

Peptides are short chains of amino acids that act as signaling molecules in the body. They regulate a wide range of biological processes — including recovery, hormone balance, immune response, and body composition. In a therapeutic context, specific peptides are used to send targeted signals to biological systems that have become less efficient, helping restore function without broadly overriding the body's natural regulation.

Question 40

What is peptide therapy used for at Harper MD?

Accepted Answer

At Harper MD, peptide therapy is applied across several service areas depending on what an evaluation identifies. Common applications include supporting joint tissue recovery, improving metabolic signaling and body composition, enhancing cellular repair in longevity protocols, and supporting hormone-adjacent function. Specific peptide selection is individualized — there is no single protocol applied universally.

Question 41

Is peptide therapy the same as hormone replacement?

Accepted Answer

No. Peptide therapy uses signaling molecules to influence how the body produces and regulates its own hormones and biological processes — it does not directly replace hormones. Hormone replacement therapy introduces hormones directly. Peptide therapy works with the body's existing signaling architecture rather than bypassing it.

Question 42

Are peptides safe for long-term use?

Accepted Answer

Peptide safety depends on which peptides are used, how they are dosed, and the individual's health context. At Harper MD, peptide recommendations are made following a thorough evaluation and are monitored over time. Not every patient is a candidate for every peptide, and protocols are adjusted based on response and changing needs.

Question 43

What does IV therapy actually do that oral supplements cannot?

Accepted Answer

IV therapy delivers nutrients directly into the bloodstream, bypassing the digestive system entirely. Oral supplements must survive stomach acid, intestinal absorption, and first-pass metabolism — which can significantly reduce how much reaches the cells that need it. IV delivery allows for higher concentrations to reach tissues directly, making it particularly useful when absorption is compromised or when a more immediate biological response is needed.

Question 44

What is IV therapy used for at Harper MD?

Accepted Answer

At Harper MD, IV therapy is used as part of longevity and cellular health protocols to support energy production, immune function, cellular repair, and recovery. It can also serve as a lower-barrier entry point for patients who are beginning to explore regenerative health support. Specific formulations are individualized based on evaluation findings rather than a standard menu.

Question 45

Is IV therapy a standalone treatment or part of a broader plan?

Accepted Answer

At Harper MD, IV therapy is typically part of a broader plan rather than a standalone treatment. It works most effectively when used in conjunction with other regenerative strategies that address the underlying reasons recovery or energy has declined. It can also serve as an initial step for patients exploring what regenerative support feels like before committing to a full protocol.

Question 46

How often is IV therapy typically used?

Accepted Answer

Frequency depends on the individual's goals, current health status, and how IV therapy fits into their overall care plan. Some patients use it periodically as a recovery and maintenance tool, while others use it more frequently during an active protocol phase. Specific frequency recommendations are made during evaluation and adjusted over time based on response.

Question 47

How does red light therapy work at the cellular level?

Accepted Answer

Red light therapy — also called photobiomodulation — works by delivering specific wavelengths of light that are absorbed by mitochondria, the energy-producing structures within cells. This absorption supports ATP production, which is the primary energy currency cells use for repair and function. By improving cellular energy availability, red light therapy can support tissue repair, reduce inflammatory load, and improve how efficiently cells respond to demand.

Question 48

What conditions is red light therapy used for at Harper MD?

Accepted Answer

At Harper MD, red light therapy is used as a supportive modality within longevity and cellular health protocols. It can contribute to tissue repair, inflammation regulation, and cellular energy support — making it relevant across multiple service areas. It is typically used alongside other regenerative strategies rather than as a primary standalone treatment.

Question 49

Is red light therapy the same as laser therapy?

Accepted Answer

They use similar principles — light energy affecting biological tissue — but are distinct. Laser therapy typically uses concentrated, coherent light for more targeted tissue effects, often with heat generation. Red light therapy uses diffuse, non-coherent light at specific wavelengths to support cellular energy without tissue destruction. Both have clinical applications but are used for different purposes and with different delivery methods.

Question 50

How long does a red light therapy session take and what does it feel like?

Accepted Answer

Session length varies depending on the protocol and the areas being treated, but sessions are typically non-invasive and comfortable. Most people experience mild warmth during treatment with no discomfort. There is no downtime associated with red light therapy, and it can generally be combined with other modalities within the same visit depending on the care plan.

Question 51

What is shockwave therapy and how does it work?

Accepted Answer

Shockwave therapy delivers high-energy acoustic waves to targeted tissue. These waves create mechanical stimulation that triggers a cascade of biological repair processes — improving blood flow, disrupting calcified deposits, stimulating cellular repair signals, and supporting tissue remodeling. Unlike treatments that suppress symptoms, shockwave therapy is designed to stimulate the body's own repair response in areas where it has become insufficient.

Question 52

What conditions is shockwave therapy used for at Harper MD?

Accepted Answer

At Harper MD, shockwave therapy is applied in two primary contexts: joint and musculoskeletal tissue repair, and sexual health and wellness. For joint conditions, it supports tissue recovery in areas like tendons, ligaments, and chronic musculoskeletal injuries. For sexual health, low-intensity shockwave stimulates neurovascular tissue responsiveness. Harper MD is the only clinic within a 15-mile radius of Weston offering shockwave therapy.

Question 53

Is shockwave therapy painful?

Accepted Answer

Shockwave therapy can involve some discomfort during treatment, particularly over areas with significant tissue sensitivity or chronic damage. Most patients tolerate it well, and discomfort typically subsides quickly after the session ends. Intensity is adjusted based on individual tolerance and the area being treated. There is generally no significant downtime, and most people return to normal activity the same day.

Question 54

How many shockwave therapy sessions are typically needed?

Accepted Answer

The number of sessions depends on the condition being addressed, how long it has been present, and how the tissue responds to initial treatment. Some patients see meaningful improvement within a few sessions, while others benefit from a longer course as part of a broader regenerative plan. Specific recommendations are made during evaluation and adjusted based on progress.

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