AI Driven Sleep Apnea Navigation Planning for Dental Clinics
Where AI Excellence meets Dental Sleep Medicine
SharkBiit offers advanced diagnostic capabilities and personalized treatment recommendations for Obstructive Sleep Apnea (OSA), leveraging AI technology to analyze patient data and provide precise insights. Our AI-driven solution gives general dentists access to the expertise of seasoned sleep medicine professionals with decades of experience, enabling them to administer precise Sleep Apnea treatment.
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- Build a successful Sleep Dental Business alongside general dentistry services, utilizing advanced AI tools and personalized treatment navigation
- Increased patient value and referrals: By utilizing SharkBiit's technology, dentists, ENTs' and sleep doctors can offer additional health screening services, potentially uncovering undiagnosed conditions like OSA
- Access detailed AI-generated reports with CBCT interpretation specific to Sleep Apnea, combined with sleep tests, medical background, and treatment recommendations
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Obstructive Sleep
Apnea (OSA)
OSA is a serious disorder in which breathing stops for long periods during sleep. If left untreated, it can lead to irregular heartbeat, stroke, heart failure, blood pressure, diabetes, heart attack and depression, as well as impact intimate relationships.
Most patients are unaware they have OSA, because more than 80% of people with this condition are undiagnosed. Worldwide, above 1 billion adults aged 30–69 have sleep apnea.
A dentist could be the first doctor who pays attention to the clinical symptoms, medical records and X-ray signs.
SharkBiit AI algorithms will help you and your doctor detect OSA early and find an effective treatment plan before irreversible changes occur.
Temporomandibular joint dysfunction Disorder (TMJ)
Temporomandibular joint (TMJ) disorders are a group of conditions affecting the jaw joint and surrounding muscles.
Common symptoms include jaw pain, clicking or popping sounds, difficulty opening the mouth, and headaches. The exact cause is often unclear but may involve injury, arthritis, stress, or teeth grinding. Women and people aged 20-40 are at higher risk.
Diagnosis typically involves physical examination and imaging tests. Most cases can be managed with conservative treatments like lifestyle changes, pain relievers, and jaw exercises. Severe cases may require more advanced interventions.
While TMJ disorders can be painful and disruptive, they often improve with time and proper management. Early intervention can help prevent chronic issues.
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Bruxism
Bruxism is a condition characterized by involuntary grinding or clenching of teeth, often occurring during sleep or while awake. It affects up to 31% of the population and can lead to various dental and health issues, including tooth damage, jaw pain, headaches, and temporomandibular joint (TMJ) disorders.
Causes of bruxism include stress, anxiety, sleep disorders, and certain medications, with many sufferers unaware of their condition due to its frequent occurrence during sleep.
SharkBiit's AI-powered platform can assist dentists in early detection of bruxism through analysis of dental CT scans, enabling more timely interventions and personalized treatment planning.
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Sinusitis - Odontogenic or not?
Your sinuses are hollow air-filled cavities behind your forehead, cheeks and eyes. Their inflammation is called sinusitis. Oral infection-related sinusitis, known as odontogenic, can be caused by poor oral hygiene, teeth implants, teeth extraction, sinus lift procedures, root canal treatments, etc. because upper teeth project toward the maxillary sinus. If you are above 50 and have sinusitis, there is a 50% chance it is odontogenic.
SharkBiit AI algorithms will help you and your doctor differentiate between two types of sinusitis and find an effective treatment plan.
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Technologies
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CBCT
Opportunistic diagnosis in cone beam computed tomography (CBCT) images refers to identifying and diagnosing medical conditions unrelated to the primary reason for the imaging procedure. This can occur when a doctor reviews the CBCT images for a specific purpose, such as assessing the alignment of dental implants, and notices something unusual or unexpected in the images.
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Deep Learning
Deep learning is a type of machine learning that uses artificial neural networks to learn from data and make decisions. We use deep learning models that can analyze and interpret medical images, such as CT scans and X-rays, with a high degree of accuracy. Deep learning algorithms can detect patterns and features in these images that may be difficult for a human to discern.
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Intraoral scanning
The intraoral scanner is an electronic device that reproduces, in 3D images, the anatomical structures of the oral cavity, like teeth, gums, palate, tongue, and cheeks, allowing the creation of a digital document of the oral cavity.
Light source from the scanner is projected onto the scan objects, such as full dental arches, and then a 3D model processed by the scanning software will be displayed in real-time on a touch screen.
Our team
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Collaboration
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Hadassah – University, Medical center Jerusalem,Israel
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Panohacham– Imaging Institute 10 locations, Israel
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