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Publicações recentes – Patentes sobre gases medicinais

Gases medicinais

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Esta é a nossa mais recente seleção de publicações e patentes mundiais em inglês sobre gases medicinais, provenientes de diversas revistas científicas online, classificadas e focadas em gases medicinais, CPAP, óxido nitroso, ar medicinal, nebulizador, máscaras de oxigênio, cânula nasal, anestesia, oxímetro, oxigênio hiperbárico, inalador, ventilador de transporte, cilindro de oxigênio e concentrador de oxigênio.

Asthma diagnosis and management system

Patent published on the 2026-06-11 in WO under Ref WO2026120513 by TRUDELL MEDICAL INT INC [CA] (Sprickerhoff Britton [ca], Anenberg Eitan [ca], Yu Jackson [ca], Marshall Sean Alexander [ca], Costella Stephen [ca], Nagel Mark [ca])

Abstract: of the Disclosure An asthma diagnosis and management system including a valved holding chamber defining an interior cavity, a backpiece having an opening configured to receive a pressurized metered dose inhaler and a user interface. A microphone is coupled to the valved holding chamber and is in communication with an interior of the valved holding chamber and is configured to capture a sound of a user s lungs.[...]


Our summary: The system includes a valved holding chamber with an opening for a metered dose inhaler. A microphone captures lung sounds from within the chamber. It features a user interface for managing asthma diagnosis and treatment.

asthma management, diagnosis system, valved holding chamber, user interface

Patent

Method for treating conductive hearing loss by implanting an auditory system with peri-implant protection

Patent published on the 2026-05-31 in MD under Ref MD1942Y by IP UNIV DE STAT DE MEDICINA SI FARMACIE NICOLAE TESTEMITANU DIN REPUBLICA MOLDOVA [MD] (Noroc Iurie [md], Vetricean Sergiu [md], Sencu Eusebiu [md], Didencu Alexandru [md])

Abstract: The invention relates to medicine, in particular to otosurgery and auricular reconstructive surgery, and can be used for treating conductive, mixed, or unilateral hearing loss by implanting an audotory system with peri-implant protection in patients with thin soft tissues, postoperative scars, or multiple previous surgical interventions.Summary of the invention consists in that a computed tomography of the temporal bone of the side requiring implantation is performed in the preoperative period, [...]


Our summary: Method for treating conductive hearing loss involves implanting an auditory system with peri-implant protection. Preoperative imaging assesses bone structure and landmarks for implantation. The procedure includes creating a cavity for the implant and securing it with a vascular flap for stability.

hearing loss, auditory implant, otosurgery, peri-implant protection

Patent

Method for treating conductive hearing loss by implanting an auditory system in the middle cerebral fossa

Patent published on the 2026-05-31 in MD under Ref MD1944Y by IP UNIV DE STAT DE MEDICINA SI FARMACIE NICOLAE TESTEMITANU DIN REPUBLICA MOLDOVA [MD] (Noroc Iurie [md], Vetricean Sergiu [md], Sencu Eusebiu [md])

Abstract: The invention relates to medicine, in particular to otosurgery and neurosurgery and can be used for treating conductive, mixed or unilateral hearing loss by implanting an auditory system in the middle cerebral fossa.Summary of the invention consists in that the anatomical projection of the middle cranial fossa is identified during the preoperative period using anatomical landmarks according to the temporal line, after which, using computed tomography of the skull and 3D reconstructions, the bone[...]


Our summary: This method treats conductive hearing loss by implanting an auditory system in the middle cerebral fossa. It involves preoperative identification of anatomical landmarks and assessment of bone thickness using CT scans. The surgical procedure includes making an incision, milling a cavity for the implant, and securing it with screws while ensuring the integrity of surrounding tissues.

auditory implant, conductive hearing loss, otosurgery, neurosurgery

Patent

Method for treating conductive hearing loss by implanting an auditory system with a mastoid cell obliterating element

Patent published on the 2026-05-31 in MD under Ref MD1943Y by IP UNIV DE STAT DE MEDICINA SI FARMACIE NICOLAE TESTEMITANU DIN REPUBLICA MOLDOVA [MD] (Noroc Iurie [md], Vetricean Sergiu [md], Sencu Eusebiu [md], Enachi Victor [md])

Abstract: The invention relates to medicine, in particular to otosurgery and neurosurgery and can be used for treating conductive, mixed or unilateral hearing loss by implanting an auditory system with a mastoid cell obliterating element to prevent subcutaneous emphysema.Summary of the invention consists in that a computed tomography of the temporal bone of the side required for implantation is performed in the preoperative period, then using 3D reconstructions, the bone thickness, the position of the sig[...]


Our summary: This method involves implanting an auditory system to treat conductive hearing loss. Preoperative imaging assesses bone structure and landmarks for accurate placement. The procedure includes creating a cavity in the mastoid region, obliterating damaged cells, and securing the implant with screws.

auditory implant, conductive hearing loss, mastoid cell obliteration, otosurgery

Patent

Nasal and pulmonary drug delivery

Patent published on the 2026-05-27 in GB under Ref GB2702066 by ENVIROHALE MALTA HOLDINGS LTD [MT] (Dominic Schiller [gb], William Samuel Hunter [au])

Abstract: The present invention relates to a device 20 for delivering a drug 30 to a user via a nasal or pulmonary route. The device 20 comprises a propellant energy source 40 to deliver a drug 30, which the propellant energy source is or comprises an aerial gas 41 that is stored in a canister 45 separate of the drug, at a pressure of at least 2 Bar, adsorbed on an adsorbent 42 where it is released therefrom to dispense the drug, which the device is absent of a bag-on-valve in the canister and which the d[...]


Our summary: The invention describes a device for nasal and pulmonary drug delivery using a propellant energy source. It features a unique design without a bag-on-valve system, utilizing an aerial gas stored separately. The device aims to efficiently aerosolize and dispense a drug in a controlled manner.

drug delivery, inhaler, aerosol, propellant

Patent

Construction of human bronchial trees from computed tomography scans through machine learning and stochastic growth algorithms

Published on 2026-05-21 by @OXFORD

Abstract: AbstractDigital twins of human lungs are of great value for healthcare, pharmaceutical, and bio-engineering communities. They can be used to study ventilation and gas mixing problems informing and improving the design of assisted ventilation devices. They can also provide an estimate of the occupational exposure to toxic or pathogenic aerosols. Furthermore, they can be employed to optimize therapeutic aerosols and their delivery through inhalers or nebulizers. Fundamental for all these applicati[...]


Our summary: This study presents a method for constructing human bronchial trees using machine learning and stochastic growth algorithms from CT scans. It focuses on generating accurate 3D models of the bronchial tree and lung lobe volumes. The research evaluates the quality and physiological accuracy of the generated models compared to existing morphometric data.

machine learning, bronchial trees, computed tomography, stochastic growth

Publication

System and method for managing copd symptoms

Patent published on the 2026-05-14 in AU under Ref AU2024362262 by VITASORA HEALTH LTD [AU] (Mikel Marjan, Platt Ronald Scott, Sarraf Shirazi Samaneh, Pahwa Vidisha)

Abstract: A computer implemented method for monitoring by a wearable device, against a respiratory baseline, a respiratory state of a person, the method comprising the steps of: determining, from raw sensor output data output from at least one sensor of the wearable device configured for attachment to the chest of the person for receiving patient motion information, computed physiological parameters; communicating to a server device the computed physiological parameters; determining instants of time at wh[...]


Our summary: A method for monitoring COPD symptoms using a wearable device is described. It involves collecting sensor data to compute physiological parameters and sending this information to a server. The system also tracks inhaler usage and correlates it with the sensor data.

Wearable device, COPD management, physiological parameters, sensor data

Patent

A systematic framework for motion artifact removal

Published on 2026-04-07 by @MIT

Abstract: AbstractFunctional ultrasound imaging (fUSI) is a promising tool for studying brain activity in awake and behaving animals, offering insights into neural dynamics that are more naturalistic than those obtained under anesthesia. However, motion artifacts pose a significant challenge, introducing biases that can compromise the integrity of the data. This study provides a comprehensive evaluation and benchmarking of strategies for detecting and removing motion artifacts in transcranial fUSI acquisi[...]


Our summary: This study evaluates 792 denoising strategies for removing motion artifacts in functional ultrasound imaging of awake mice. It highlights the effectiveness of adaptive clutter filtering and aCompCor confound regression in preserving data integrity. Two optimized denoising paradigms are proposed to enhance fUSI data reliability and reproducibility.

motion artifact removal, functional ultrasound imaging, denoising strategies, brain activity

Publication

Tópicos abordados: Gases medicinais, CPAP, óxido nitroso, ar medicinal, nebulizador, máscaras de oxigênio, cânula nasal, anestesia, oxímetro, oxigênio hiperbárico, inalador, ventilador de transporte, cilindro de oxigênio, concentrador de oxigênio, ISO 13485, ISO 14971 e ISO 11135.

Contexto histórico

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2013
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2013-09-24

(Caso a data seja desconhecida ou irrelevante, por exemplo, "mecânica dos fluidos", é fornecida uma estimativa aproximada de seu surgimento notável)

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