In conjunction with BeamReaders, Inc., we are pleased to offer a highly interactive 10 hour course by Dr. Dania Tamimi.
This 2-day live webinar will take place on Friday, 4/25 from 9 am - 2:30 pm ET and conclude on Saturday, 4/26 from 9 am - 2:30 pm ET.

This course will move your 3D diagnostic skills to the next level! BeamReaders, Inc's educational arm, Institute of Advanced Maxillofacial Imaging (IAMI), provides clinicians with a structured imaging knowledge base, allowing them to make informed decisions about imaging goals, diagnostic objectives, dosage, cost, and treatment risk.

Included with this live webinar - BeamReaders' 3-part CBCT Education Series On-Demand course (a $600 savings!). As a recommended prerequisite to the live presentation, this series covers 3D anatomy, foundational information on CBCT imaging & a comprehensive process for reviewing a scan.

This course will provide the oral health care team with tools to help identify oral potentially malignant disorders (PMDs). These PMDs are almost always present and visible before an HPV-negative oral squamous cell carcinoma (OSCC) develops; therefore, detection of these PMDs is vital in improving the lives of those affected by PMDs and oral cancer in this country.

Utilizing a series of videos, this course is designed for clinical dental hygienists looking to refresh their basic knowledge of administering local anesthetic techniques. It provides step-by-step guidance and in-depth knowledge in administering local anesthetics to achieve profound anesthesia.

This course is designed to inform the participant about various oral pathologic lesions of the oral cavity. The oral health care professional should be able to identify common lesions and understand how to manage patients with such conditions.

This course is crafted to provide dental professionals with a profound comprehension of the periodontal classification system and its application through a case-based approach. Diverse case studies will be used to distinguish various stages and grades, supported by rationales grounded in the criteria of the new classification system. The course content will immerse attendees in the intricacies of periodontal diseases, guiding them through various stages of diseases and offering practical insights into decoding complex cases through real-world examples.

Gain insights into how to identify oral myofunctional disorders and understand their origins. Participants will learn how to perform thorough OMD screenings for patients across all age groups, encompassing both pediatric and adult populations.

In conjunction with BeamReaders, Inc., we are pleased to offer a highly interactive 10 hour course by Dr. Dania Tamimi.
This 2-day live webinar will take place on Friday, 4/25 from 9 am - 2:30 pm ET and conclude on Saturday, 4/26 from 9 am - 2:30 pm ET.

This course will move your 3D diagnostic skills to the next level! BeamReaders, Inc's educational arm, Institute of Advanced Maxillofacial Imaging (IAMI), provides clinicians with a structured imaging knowledge base, allowing them to make informed decisions about imaging goals, diagnostic objectives, dosage, cost, and treatment risk.

Included with this live webinar - BeamReaders' 3-part CBCT Education Series On-Demand course (a $600 savings!). As a recommended prerequisite to the live presentation, this series covers 3D anatomy, foundational information on CBCT imaging & a comprehensive process for reviewing a scan.

This course will provide the oral health care team with tools to help identify oral potentially malignant disorders (PMDs). These PMDs are almost always present and visible before an HPV-negative oral squamous cell carcinoma (OSCC) develops; therefore, detection of these PMDs is vital in improving the lives of those affected by PMDs and oral cancer in this country.

Utilizing a series of videos, this course is designed for clinical dental hygienists looking to refresh their basic knowledge of administering local anesthetic techniques. It provides step-by-step guidance and in-depth knowledge in administering local anesthetics to achieve profound anesthesia.