Droplet isolation endoscopy mask

A method of administering endoscopic procedures to a patient comprising:

• securing an endoscopic mask over a nose and mouth of the patient, wherein the endoscopic mask comprises a mask body defining an interior cavity that fits over the nose and mouth of the patient, wherein the mask body comprises:
• a nasal port in fluidic communication with the interior cavity having a silicone membrane that allows for insertion of an endoscopic instrument;
• an oral port in fluidic communication with the interior cavity having a soft silicone membrane that allows for insertion of the endoscopic instrument;
• an oxygen port in fluidic communication with the interior cavity;
• one or more filtered exhalation ports in fluidic communication with the interior cavity;
• and
• a suction port in fluidic communication with the interior cavity, the suction port having a connector for attachment to a suction tool;
• delivering oxygen to the patient via an oxygen delivery tube to the oxygen port of the endoscopy mask;
• administering an endoscopic procedure to the patient through the nasal port or the oral port of the endoscopy mask;
• and
• removing droplets, secretions, or particles introduced by the nose or mouth of the patient via the suction port of the endoscopy mask by applying a suction force via a suction tool coupled to the suction port, wherein the one or more filtered exhalation ports of the endoscopy mask filter and prevent the droplets, secretions, or particles introduced by the nose or mouth of the patient from being passed through the exhalation ports to a surrounding area outside of the endoscopy mask.

A method of administering endoscopic procedures to a patient comprising:

• securing an endoscopic mask over a nose and mouth of the patient, wherein the endoscopic mask comprises a mask body defining an interior cavity that fits over the nose and mouth of the patient, wherein the mask body comprises:
• an oxygen port in fluidic communication with the interior cavity;
• one or more filtered exhalation ports in fluidic communication with the interior cavity;
• and
• a suction port in fluidic communication with the interior cavity, the suction port having a connector for attachment to a suction tool;
• punching a nasal port or an oral port within the endoscopic mask using a punch biopsy tool, wherein the punched port is in fluidic communication with the interior cavity and allows for insertion of an endoscopic instrument;
• delivering oxygen to the patient via an oxygen delivery tube to the oxygen port of the endoscopy mask;
• administering an endoscopic procedure to the patient through the nasal port or the oral port of the endoscopy mask;
• and
• removing droplets, secretions, or particles introduced by the nose or mouth of the patient via the suction port of the endoscopy mask by applying a suction force via a suction tool coupled to the suction port, wherein the one or more filtered exhalation ports of the endoscopy mask filter and prevent the droplets, secretions, or particles introduced by the nose or mouth of the patient from being passed through the exhalation ports to a surrounding area outside of the endoscopy mask.