National Accreditation Board for Hospitals and Health Care Providers (NABH) has laid down Accreditation Standards for Dental Healthcare Service Providers (DHSP). The entities that can apply for are dental teaching institutions, dental hospitals and clinics. The NABH dental standards have been laid down keeping the Indian beliefs and working environment in mind. The board has laid down the standards that focus on
All About Inferior Alveolar Nerve Block
The inferior alveolar nerve is also known as inferior dental nerve. It gives off a motor branch that supplies to mylohyoid muscle and anterior belly of digastric. Then it enters mandibular foramen and travels through the inferior alveolar canal. From inferior dental canal it supplies to mandibular third molar, second molar, first molar, and second premolar.
From the level of the second premolar, it moves forward as mental nerve and exits through mental foramen. The mental nerve supplies sensory nerve fibres to the chin and lower lip of that side. Within the mandible after mental foramen, it moves forward as incisive nerve and gives sensory supply to mandibular incisors and mandibular canines of that side.
Dental Materials Used In Pulp Protection: Resin Sealants
Resin Sealants
Properties
These are light activated unfilled resins. Most are relatively viscous and do not set through loss of solvent. They set either by chemical or light activation.
Maxillary Nerve
Maxillary nerve is the second division of the trigeminal nerve. It divides into several branches. You will read here about those that are related to dentistry below.
Effects of Diabetes Mellitus on Osseointegration and Dental Implants
Effect of Diabetes on Osseointegration and Dental Implants
The tenacious hyperglycaemia in diabetic people, hinder osteoblastic activity and modifies the response of parathyroid hormone that adjusts metabolism of Ca and P, decreases collagen synthesis during callus formation, induces apoptosis in lining cells of bone and increases osteoclastic activity due to untiring inflammatory response. It also stimulates deleterious effect on bone matrix and reduces growth and build-up of extracellular matrix. The subsequent result is reduced bone formation during healing.
Type -1 diabetes (insulin dependent) causes decreased bone formation, as well as reduced bone mineral density and higher bone resorption while Type -2 diabetes (non-insulin dependent) produces normal or greater bone mineral density in some patients. It has been detected that insulin not only diminishes the harmful effect of hyperglycaemia by controlling it but also stimulates osteoblastic activity.
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