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Orthopantomogram (OPG) is a type of dental X-ray that provides a panoramic, flattened, two-dimensional view of the entire upper and lower jaw, all teeth, and the surrounding bone and joints in a single image. It's used to diagnose and monitor conditions like impacted teeth, jaw fractures, cysts, tumors, bone infections, and temporomandibular joint disorders, though it offers less detail than traditional intra-oral X-rays.
A lateral cephalogram is a standardized, side-view X-ray of the head and neck used in dentistry and orthodontics to assess the spatial relationships between dental, skeletal, and soft tissue structures for diagnosis and treatment planning, especially for jaw alignment, growth, and facial esthetics
This scan helps to asses TMJ status
This scan helps to asses TMJ status
Helps to identify the position and orientation of the condyles, visualize the base of the skull and evaluate fractures of the zygomatic arch.
This view is useful in assessing potential pathology from trauma or disease progression to the basal skull structures , including the foramen ovale, foramen spinosum and sphenoid sinuses.
Scan data is used to reconstruct a high-quality 3D image of the examined area, providing detailed views of the maxillofacial region, which includes the mouth, jaw, and face.
CBCT stands for Cone Beam Computed Tomography, a 3D medical imaging technique that uses a cone-shaped X-ray beam to create detailed images of bones, teeth, and soft tissues in the head and face. It's used in dentistry, ENT (ear, nose, and throat), and orthopedics for accurate diagnosis and treatment planning when traditional 2D X-rays are insufficient.
3D images of the teeth, jaw, and facial structures, helping dentists diagnose conditions, plan treatments like dental implants and orthodontics, and provide more accurate and minimally invasive procedures with reduced complications s and better long-term success.
3D images of the teeth, jaw, and facial structures, helping dentists diagnose conditions, plan treatments like dental implants and orthodontics, and provide more accurate and minimally invasive procedures with reduced complications s and better long-term success
CBCT in general has an acceptable accuracy for diagnosing osseous TMJ abnormalities with fairly high sensitivity.
CBCT in general has an acceptable accuracy for diagnosing osseous TMJ abnormalities with fairly high sensitivity.
CBCT provides 3D imaging that significantly improves endodontic diagnosis and treatment planning by revealing detailed tooth and bone anatomy, root fractures, resorptions, and complex root canal systems, which are often missed by conventional 2D radiographs.
Offers advantages over conventional 2D radiographs for visualizing bone defects, furcation involvement, and dehiscence/fenestration defects. It enables more accurate quantification of bone loss and better pre-surgical evaluation for treatments like periodontal regeneration
CBCT is a revolutionary 3D imaging tool that provides detailed, accurate information for complex orthodontic cases, such as impacted teeth, severe skeletal discrepancies, and craniofacial abnormalities. It improves diagnosis and treatment planning
Provides high-resolution 3D images with good diagnostic accuracy and may offer a lower radiation dose than conventional CT, making it a valuable tool in specific musculoskeletal and maxillofacial trauma cases.
Provides high-resolution, three-dimensional (3D) images that are superior to conventional radiography for diagnosing and assessing cysts and tumors, especially in the jaw and maxillofacial complex
Helps to diagnose various conditions, including odontogenic infections (from teeth) and trauma, and is invaluable for planning dental procedures such as sinus floor augmentation by visualizing the anatomy and its relationship to neighboring teeth.
Provides detailed 3D images that help identify tumor extent, assess bony invasion, and guide interventions like radiofrequency ablation and transarterial chemoembolization.
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An intraoral scan is a digital dentistry process using a handheld device to capture real-time, high-precision 3D models of a patient's teeth, gums, and oral tissues. This technology replaces traditional, messy dental impressions, offering a more comfortable and efficient way to create digital data used for creating crowns, bridges, aligners, implants, and dentures.
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Facial scan is a non-invasive, optical technology that captures a high-resolution 3D model of a patient's face, providing a detailed and accurate digital representation for treatment planning and diagnostic purposes. This technology offers several benefits, including enhancing diagnosis, improving treatment predictability, and enabling personalized aesthetic design by allowing for precise visualization and alignment of facial and dental structures.
To create accurate 3D model of the individuals
All the jaw movements are recorded
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