Sequence MD

Many rare genetic conditions are easily missed in babies and children because their early signs can be subtle, often mimicking developmental milestones or the effects of premature birth. Because these symptoms can be so easily overlooked, families often struggle to find the right path forward.

Early diagnosis is the key to unlocking better care, specialized services and a clearer understanding of your child’s health. At SequenceMD, we bridge the gap between uncertainty and answers. Our pediatric genetics experts are here to help you understand your child’s unique needs and take proactive steps toward support.

Learn more: https://sequencemd.com/pediatric-genetics/

Understanding the why behind a health journey can make all the difference. A pediatric genetics evaluation is more than just a test, it’s a roadmap for your child’s care. By identifying specific genetic factors, these evaluations help us uncover the root cause of concerns regarding growth, behavior and organ function.

This clarity is the key to unlocking better access to therapies and educational support while ensuring your child is connected to the right specialists — from cardiology to neurodevelopment. Beyond today’s care, this insight helps families prepare for future health needs and provides vital information regarding genetic risks for other family members.

Learn more: https://sequencemd.com/pediatric-genetics/

Ehlers-Danlos Syndrome (EDS) is complex, and getting a clear diagnosis can take years. That’s where genetic insight changes everything.

Through whole genome sequencing, comprehensive phenotyping and cross-domain analysis, SequenceMD helps close the diagnostic gap. Our approach goes beyond the surface to:

• Pinpoint diagnostic answers, including the precise EDS subtype
• Reveal underlying risks such as additional hereditary conditions and comorbidities
• Inform individualized treatment plans, management approaches and family counseling

We don’t just deliver data. We translate complex genomic findings into actionable clinical guidance for primary care and referring providers. By working closely with your care team, we advance precision, continuity and excellence at every step of the journey.

Learn more: https://sequencemd.com/ehlers-danlos-syndrome-eds/

Understanding What Genetics Means for Your Diagnosis - Sequence MD
⁠
"While the monogenic types of Ehlers-Danlos syndromes (EDS) can be diagnosed using clinical diagnostic criteria, a genetic diagnosis can provide information that a clinical label alone cannot. ⁠
⁠
"Monogenic diagnoses help explain the underlying cause of the condition by identifying the specific protein that is affected. That knowledge can support a more precise understanding of variant-specific features, inheritance patterns, and care considerations. ⁠
⁠
"At Sequence MD, knowing whether someone has vascular EDS (vEDS) versus classical EDS (cEDS) isn’t an academic exercise. It directly shapes what we monitor, what concerns us, and what we can offer reassurance about. It informs surgical decisions. It guides family planning conversations. It gives your care team a map instead of a compass." ⁠
⁠
Read all about what genetics means for your diagnosis at https://www.ehlers-danlos.com/sponsored-resource-what-does-monogenic-mean-in-eds-understanding-what-genetics-mean-for-your-diagnosis/

While there’s currently no cure for Ehlers-Danlos Syndrome (EDS), getting a precise molecular diagnosis changes everything. Without genomic confirmation, finding answers can be subjective and prone to error. Because EDS symptoms overlap with other genetic and acquired conditions, it’s frequently missed or mistaken for something else. Studies show that over half of EDS patients face at least one misdiagnosis, resulting in an average diagnosis delay of more than 14 years.

Pinpointing the exact genetic cause is how we move past the guesswork. Genomic insight allows for:
• Targeted EDS management
• Customized care and screening plans
• Family risk assessment

Getting a definitive answer is the first step to providing targeted care to patients with EDS.

Learn more: https://sequencemd.com/ehlers-danlos-syndrome-eds/

For years, diagnosing Ehlers-Danlos Syndrome (EDS) was a complex and inconclusive puzzle. Traditional evaluations relied on clinical criteria and limited genetic panels, leaving many patients without clear answers.

Today, whole-genome sequencing (WGS) provides the most comprehensive and accurate look at your DNA. It can identify disease-causing variants, uncover related conditions and reveal the broader genetic picture behind connective tissue disorders.

Advanced technology means fewer dead ends, shorter diagnostic journeys and more clarity. Advanced genetic insight is how we close the gap between symptoms and answers.

Learn more: https://sequencemd.com/ehlers-danlos-syndrome-eds/

There are four areas where genetics can make a real difference for patients across their lifespan.

#1: Managing Medications and Side Effects
In pharmacogenomics, scientists study how our genetic makeup affects our response to medication. It is a rapidly growing field, with ongoing research into the genetic basis of drug response in various populations. Essentially, researchers have found that your genes influence how you respond to different drugs. Genetic variations affect the way you absorb, distribute, metabolize, and eliminate medicine from your body. These variations impact medication effectiveness and safety.

By collaborating with a geneticist to obtain pharmacogenomic information, healthcare providers can tailor the dosage and choice of medication to your DNA. This can help to optimize treatment plans and overall outcomes.

To learn where adult genetics matters most, read our latest blog post: https://sequencemd.com/4-areas-where-genetics-matters-most-in-primary-care/

Cardiovascular disease is the #1 cause of death around the world. In the US, 1 of every 4 deaths is attributable to cardiovascular disease, and sudden cardiac arrest is the biggest cause of natural death.

While lifestyle, environment and behavior can influence the development of cardiovascular disease, genetics also plays a role. From birth through adulthood, your genes impact every aspect of how the heart forms and functions. A variation in a single gene can increase the risk of heart disease, and understanding these variations can be life-saving. By looking at a patient’s genes, doctors may be able to treat disorders in a more tailored and possibly aggressive manner. In other cases, having the right information can allow for early action that prevents disease from developing or advancing.

To learn more, read our blog post: https://sequencemd.com/understanding-cardiovascular-disease-through-genetics/

Have questions about genetic testing? Contact us at [email protected].

# InheritedCardiacArrhythmias

Understanding Cardiovascular Disease Through Genetics Cardiovascular disease is the number one cause of death around the world. In the US, 1 of every 4 deaths is attributable to cardiovascular disease, and sudden cardiac arrest is the biggest cause of natural death. While lifestyle, environment and behavior can influence the development of cardiovascul...

Did you know up to 40% of adult epilepsy cases may have a genetic cause? For people whose seizures are hard to control, a genetic diagnosis can change everything — from which medications work best to whether a specialized diet or clinical trial could help.

If epilepsy runs in your family, started early or hasn't responded well to treatment, it may be time to ask about a genetic evaluation.

Read our latest blog to learn what that process looks like: https://sequencemd.com/adult-genetic-epilepsy-the-value-of-a-diagnosis/

Muscle weakness is common. But when it follows certain patterns — affecting both sides of the body symmetrically, progressing slowly over years, appearing before age 50 without a clear cause — it may have a genetic origin.

In our latest blog post, we break down how neurogenetic conditions affect different parts of the nervous system and muscle, what red flags to look for and why early whole genome sequencing can shorten the diagnostic odyssey dramatically for patients who've been searching for answers.

If you’re a clinician seeing patients with unexplained weakness or a patient who’s been told “we just don't know,” this is worth a read: https://sequencemd.com/when-muscle-weakness-has-a-neurogenetic-cause/