Abstract:
A tooth display measurement device includes a measurement portion, an inner surface and an outer surface. A tooth rest platform projects outwardly from the inner surface. The tooth rest platform is spaced between the upper end and the lower end, and ruler markings are printed or otherwise affixed on the outer surface. A a handle projects from the lower end of the measurement portion. The device assists in an accurate reading of tooth display as the measurement portion is inserted between the lip and the teeth of the user with the tooth rest platform abutting the biting edge of the tooth to be measured.
Abstract:
The present invention provides for devices and methods of treating wounds, including general wounds, gum disease and gingival tissues post scaling/root planning, using a diode laser which generates a beam of light having a wavelength in the visible portion of the electromagnetic spectrum (400 nm-700 nm). Further disclosed are devices and methods capable of stimulating tissue regeneration at the site of a wound.
Abstract:
A method for determining the position of an intraoral measuring device which is to be moved relative to an organ of mastication of a patient and with which positions in the organ of mastication or areas of the organ of mastication are measured. To be able to carry out measurements without a fixed reference, it is proposed that, independently of a reference that is independent of the patient, the position of the measuring device is measured by means of a position-determining sensor that is in a fixed relationship to the measuring device.
Abstract:
There is described a hand-held dental instrument for detection of carious lesions which includes a handle portion defining a longitudinal axis therethrough and at least a first working end, mounted on the handle portion, which includes a probe body extending from the handle portion and a probe tip disposed at a remote end. The probe tip is configured for exploring teeth and/or periodontal pockets. The probe body is curved and has a curette portion disposed on the probe body between the handle portion and the probe tip, the curette portion having at least two scraping fins each defining a curved blade for removing at least one of biofilm, plaque and tartar from a curved tooth surface.
Abstract:
Systems and methods are provided for diagnosis of and early treatment adoption for asymptomatic diseases. In one embodiment, an examination system is provided including an input device for entering patient data, a computer including a medium for storing entered data, and a feedback module for providing feedback to an examined patient based on the data entered. A method of using the examination system is also provided in which feedback is provided directly to the patient concurrently with the measurement or other acquisition of a significant data point. Feedback is also provided at the conclusion of the examination in the form of a report, treatment plan, or customized educational materials. In a further embodiment, the patient is an active participant in the examination, recording data points themselves via the input device.
Abstract:
A method for determining the position of an intraoral measuring device which is to be moved relative to an organ of mastication of a patient and with which positions in the organ of mastication or areas of the organ of mastication are measured. To be able to carry out measurements without a fixed reference, it is proposed that, independently of a reference that is independent of the patient, the position of the measuring device is measured by means of a position-determining sensor that is in a fixed relationship to the measuring device.
Abstract:
System and methods of detecting and measuring periodontal disease comprising filling a periodontal pocket with a fluid capable of propagating sound waves, transmitting a sound wave into the periodontal pocket, sensing the return sound wave from the periodontal pocket, and determining the depth of the pocket by measuring the time it takes the at least one transmitted sound wave to traverse the periodontal pocket and return. A peak discrimination analysis algorithm is also provided.
Abstract:
A gingival contour probe comprising a shaft portion and an elongated tip portion attached at a proximal end thereof to the shaft portion, the tip portion being non-planarly bent and/or curved and carrying markings, the number and scale of which are indicative of measured lengths; the probe being adapted at least by the number and/or scale of the markings for use in convenient gingival margin measurement of a tooth in a conscious non-human animal. A method for quantifying dental plaque in a conscious non-human animal comprising (a) aligning the tip portion of such a gingival contour probe with a gingival margin of a tooth in the animal; (b) by reference to the markings on the tip portion of the probe, measuring the length of the margin and the length of plaque deposit if any at the margin; and (c) calculating a plaque score for the tooth by comparing the length of plaque deposit with the length of the margin.
Abstract:
A dental measurement instrument having a handle and a measuring gauge extending from one end of the handle. In one embodiment, the measuring gauge has at least two calibrated measurement shafts, each shaft bearing a plurality of calibration indicia. The calibration indicia on the two shafts are correlated with each other in a specific predetermined mathematical relationship.
Abstract:
System and methods of detecting and measuring periodontal disease comprising filling a periodontal pocket with a fluid capable of propagating sound waves, transmitting a sound wave into the periodontal pocket, sensing the return sound wave from the periodontal pocket, and determining the depth of the pocket by measuring the time it takes the at least one transmitted sound wave to traverse the periodontal pocket and return. A peak discrimination analysis algorithm is also provided.