Bone Health Problems · Bone Health Nutrients
This report reads your DNA and sorts every result into one of five plain-language groups, so you can see at a glance what deserves attention and what does not. Nothing here is a diagnosis. A flagged result means your genetics place you above or below the average person for that trait — a reason to ask a question, not a reason to worry.
Bone Health — Bone health is crucial for maintaining a strong skeletal system, mobility, and overall physical well-being. While lifestyle factors such as diet and exercise play important roles in bone health, genetics also significantly influences how strong and resilient your bones are.
These are ordered by how closely they relate to your flagged results — not generic health advice. Marrow does not prescribe, dose, or tell you to take anything. Diet and lifestyle changes are listed first because they are yours to make. Anything you would swallow is listed separately, by name only, as something to raise with a clinician who knows your history and your medications.
Incorporate at least one cup of chopped broccoli, either steamed or raw, into your daily diet.
Incorporate at least one cup of cooked or two cups of raw collard greens into your diet 3-4 times a week.
Aim for a balanced diet consisting mostly of plant-based foods and lean protein sources, adjusting portions sizes to meet your individual nutritional needs and health goals.
Choose wild-caught salmon when possible for higher omega-3 content.
Incorporate two to three servings of sardines into your diet each week.
Engage in strength training exercises, such as weight lifting or bodyweight exercises, for 60 minutes per session, TA 2 to 3 times per week.
These came up in the research behind your flagged results. They are listed by name so you can ask about them. Marrow is not recommending them, and gives no dose. Supplements interact with prescription medication and with each other — that conversation belongs with your clinician.
Of the 17 results in this package, these 4 came back furthest from the population average. Each one below explains what it is, where you sit, and which report it came from. Start here.
The exact causes of bone cancer are not well understood, but several factors can increase the risk: Genetic disorders: Certain inherited genetic disorders, such as hereditary retinoblastoma and Li-Fraumeni syndrome, are linked to a higher risk of bone cancer.
Previous radiation therapy: Exposure to high doses of radiation, such as those used in previous cancer treatments, can increase the risk.
Paget’s disease: This bone condition, mostly seen in elderly people, may increase the risk of developing osteosarcoma.
Named only. Marrow gives no dose and does not recommend these.
The condition can following surgical remove the Management of and vitamin D prevent symptoms.
Some patients may of their calcium quality of life. offers a more their use remains daily injections.
Named only. Marrow gives no dose and does not recommend these.
Key Takeaways: The amount of calcium in the blood at any given time is controlled by vitamin D and parathyroid hormone.
Much of the world's population is at risk for low calcium.
Beyond diet, it is important to maintain adequate vitamin D levels as well.
Named only. Marrow gives no dose and does not recommend these.
Key Takeaways: Genes involved in higher or lower vitamin K levels may influence vitamin K breakdown, fat metabolism, and collagen and bone formation.
Having low vitamin K levels may contribute to bone health issues like osteoporosis.
is essential for blood clotting and bone health.
Named only. Marrow gives no dose and does not recommend these.
Not everything in a genetic report is a warning. These came back protective or better than average.
Bone spurs develop as a result of bone and joint degeneration and are primarily associated with the aging process.
However, they can also arise from underlying diseases and conditions that affect bone and joint health: Osteoarthritis: The most common cause of bone spurs, osteoarthritis involves the breakdown of cartilage, leading to joint damage and increased bone friction.
Spinal degeneration: Bone spurs commonly occur in the spine as a result of the degeneration of discs and joints, often due to aging.
The impact of scoliosis on an individual can range from negligible to severe, potentially leading to discomfort, pain, and in some cases, respiratory and cardiovascular issues due to the distortion of the ribcage.
Treatment options depend on the severity and progression of the curve and can include observation, bracing, or surgical intervention.
Bracing is commonly used to prevent further progression of the curve in growing children and adolescents, while surgery may be reserved for more severe cases to correct and stabilize the spine.
The remaining results, grouped by what they mean. Every one of these is explained in full — with the genes and variants behind it — in the technical version of this report.
Genetics is a predisposition, not a verdict. The single most useful thing you can do with this document is take it to a clinician and talk through the flagged findings — especially any that line up with symptoms you already have or conditions that run in your family. Nothing here changes: your DNA is the same at 60 as it is today, so this report does not expire.
Genotyping was performed on DNA extracted from a buccal (cheek) swab using a genome-wide array. Results are derived from peer-reviewed genome-wide association data and, where applicable, published clinical guidelines. Each report was scored independently against its own reference set. Percentile figures describe where your result sits relative to a reference population.
This is a laboratory-developed test. It has not been cleared or approved by the U.S. Food and Drug Administration. Genotyping does not detect all variants in the genes assessed; the absence of a flagged result does not exclude risk. Predisposition is probabilistic and is modified by environment, lifestyle, ancestry and family history. Results must be interpreted by a qualified healthcare professional and must not be used alone to diagnose, treat, or alter any medication regimen. Marrow does not recommend, prescribe, or dose any supplement or medication.
| Performing laboratory | Gene by Gene, Ltd. |
| Laboratory address | 1445 North Loop West, Suite 760, Houston, TX 77008 |
| CLIA certification | CLIA #45D1102202 |
| CAP accreditation | CAP #7212851 · accredited through 7 October 2027 |
| Laboratory Director | Feng Zhou, PhD, MB(ASCP) |
| Specimen type | Buccal (cheek) swab — genomic DNA |
| Accession | MRW-26-13784A |
| Date reported | 29 July 2026 |
This specimen was tested at Gene by Gene, Ltd., 1445 North Loop West, Suite 760, Houston, TX 77008, under CLIA #45D1102202 and CAP #7212851. Laboratory Director: Feng Zhou, PhD, MB(ASCP). Marrow Health is not a clinical laboratory and does not perform testing; Marrow prepares and delivers this report from data produced by the performing laboratory named above. Report generated 29 July 2026 · Accession MRW-26-13784A · © 2026 Marrow Health.