Σάββατο 24 Μαρτίου 2018

Cochlear Gifts $10 Million to Build Academic Center on Hearing Loss

​Cochlear (https://ift.tt/2oVevGx) has pledged a gift of $10 million to the Johns Hopkins Bloomberg School of Public Health to establish the Cochlear Center for Hearing and Public Health in honor of World Hearing Day this year. The Cochlear Center will focus on addressing the global impact of hearing loss by conducting research to determine the gravity of hearing loss as a public health issue, developing and testing interventions to mitigate the effects of hearing loss, and helping craft policies and strategies to ensure successful implementation of those interventions at the local, national, and global levels. The Center will also recruit and train researchers and public health experts to advance these goals.
 
The gift of $10 million will be made over a period of 10 years. Cochlear will collaborate with the Center and have representation on the Center’s advisory board to provide feedback and help identify opportunities for continued industry-academic collaborations. Since Cochlear’s headquarters are based on the campus of Macquarie University in Sydney and is next to the Australian Hearing Hub, the company is hoping that this gift will facilitate closer industry, academic, and clinical engagement to spur future training and research partnerships, including shared postdoctoral fellowships, a shared masters of public health program, shared PhD programs, and faculty exchanges. Cochlear and Johns Hopkins Bloomberg School of Public Health celebrated the official opening of the Cochlear Center for Hearing and Public Health on World Hearing Day, March 3.​
Published: 3/23/2018 9:36:00 AM


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iHear and Atlazo to Develop Audio-Centric Digital Platform for Hearing Devices

hearing_of_things.jpgiHear Medical (https://ift.tt/1pm5Mpw) is partnering with Atlazo to develop an advanced digital hardware platform, System on Chip (SoC), which will power a new operating system designed to shift devices from relying on visual displays to voice commands and the auditory domain for hearing aids and hearables. With the Hearing of Things (HoT) operating system, users can selectively listen to and send communications to their social media accounts and text messages with hearing devices instead of their cell phone or computer, eliminating the need to be tethered to traditional computing devices for sending and receiving information. The HoT standard will offer bi-directional wireless connectivity to everyday devices, from mobile phones to home appliances. Hearing devices powered by the HoT operating system will streamline the user experience for mobile phones, including phone calling and control of home appliances with a voice user interface. These devices will also offer real-time health tracking and relay personal and health information into the ear privately and discreetly. 

Published: 3/23/2018 9:18:00 AM


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Cochlear Gifts $10 Million to Build Academic Center on Hearing Loss

​Cochlear (https://ift.tt/2oVevGx) has pledged a gift of $10 million to the Johns Hopkins Bloomberg School of Public Health to establish the Cochlear Center for Hearing and Public Health in honor of World Hearing Day this year. The Cochlear Center will focus on addressing the global impact of hearing loss by conducting research to determine the gravity of hearing loss as a public health issue, developing and testing interventions to mitigate the effects of hearing loss, and helping craft policies and strategies to ensure successful implementation of those interventions at the local, national, and global levels. The Center will also recruit and train researchers and public health experts to advance these goals.
 
The gift of $10 million will be made over a period of 10 years. Cochlear will collaborate with the Center and have representation on the Center’s advisory board to provide feedback and help identify opportunities for continued industry-academic collaborations. Since Cochlear’s headquarters are based on the campus of Macquarie University in Sydney and is next to the Australian Hearing Hub, the company is hoping that this gift will facilitate closer industry, academic, and clinical engagement to spur future training and research partnerships, including shared postdoctoral fellowships, a shared masters of public health program, shared PhD programs, and faculty exchanges. Cochlear and Johns Hopkins Bloomberg School of Public Health celebrated the official opening of the Cochlear Center for Hearing and Public Health on World Hearing Day, March 3.​
Published: 3/23/2018 9:36:00 AM


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iHear and Atlazo to Develop Audio-Centric Digital Platform for Hearing Devices

hearing_of_things.jpgiHear Medical (https://ift.tt/1pm5Mpw) is partnering with Atlazo to develop an advanced digital hardware platform, System on Chip (SoC), which will power a new operating system designed to shift devices from relying on visual displays to voice commands and the auditory domain for hearing aids and hearables. With the Hearing of Things (HoT) operating system, users can selectively listen to and send communications to their social media accounts and text messages with hearing devices instead of their cell phone or computer, eliminating the need to be tethered to traditional computing devices for sending and receiving information. The HoT standard will offer bi-directional wireless connectivity to everyday devices, from mobile phones to home appliances. Hearing devices powered by the HoT operating system will streamline the user experience for mobile phones, including phone calling and control of home appliances with a voice user interface. These devices will also offer real-time health tracking and relay personal and health information into the ear privately and discreetly. 

Published: 3/23/2018 9:18:00 AM


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Cochlear Gifts $10 Million to Build Academic Center on Hearing Loss

​Cochlear (https://ift.tt/2oVevGx) has pledged a gift of $10 million to the Johns Hopkins Bloomberg School of Public Health to establish the Cochlear Center for Hearing and Public Health in honor of World Hearing Day this year. The Cochlear Center will focus on addressing the global impact of hearing loss by conducting research to determine the gravity of hearing loss as a public health issue, developing and testing interventions to mitigate the effects of hearing loss, and helping craft policies and strategies to ensure successful implementation of those interventions at the local, national, and global levels. The Center will also recruit and train researchers and public health experts to advance these goals.
 
The gift of $10 million will be made over a period of 10 years. Cochlear will collaborate with the Center and have representation on the Center’s advisory board to provide feedback and help identify opportunities for continued industry-academic collaborations. Since Cochlear’s headquarters are based on the campus of Macquarie University in Sydney and is next to the Australian Hearing Hub, the company is hoping that this gift will facilitate closer industry, academic, and clinical engagement to spur future training and research partnerships, including shared postdoctoral fellowships, a shared masters of public health program, shared PhD programs, and faculty exchanges. Cochlear and Johns Hopkins Bloomberg School of Public Health celebrated the official opening of the Cochlear Center for Hearing and Public Health on World Hearing Day, March 3.​
Published: 3/23/2018 9:36:00 AM


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iHear and Atlazo to Develop Audio-Centric Digital Platform for Hearing Devices

hearing_of_things.jpgiHear Medical (https://ift.tt/1pm5Mpw) is partnering with Atlazo to develop an advanced digital hardware platform, System on Chip (SoC), which will power a new operating system designed to shift devices from relying on visual displays to voice commands and the auditory domain for hearing aids and hearables. With the Hearing of Things (HoT) operating system, users can selectively listen to and send communications to their social media accounts and text messages with hearing devices instead of their cell phone or computer, eliminating the need to be tethered to traditional computing devices for sending and receiving information. The HoT standard will offer bi-directional wireless connectivity to everyday devices, from mobile phones to home appliances. Hearing devices powered by the HoT operating system will streamline the user experience for mobile phones, including phone calling and control of home appliances with a voice user interface. These devices will also offer real-time health tracking and relay personal and health information into the ear privately and discreetly. 

Published: 3/23/2018 9:18:00 AM


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[Homozygous ectonucleotide pyrophosphatase/phosphodiesterase 1 variants in a girl with hypophosphatemic rickets and literature review].

http:--journal.yiigle.com-r-cms-jiansuo- Related Articles

[Homozygous ectonucleotide pyrophosphatase/phosphodiesterase 1 variants in a girl with hypophosphatemic rickets and literature review].

Zhonghua Er Ke Za Zhi. 2017 Nov 02;55(11):858-861

Authors: Liu ZQ, Chen XB, Song FY, Gao K, Qiu MF, Qian Y, Du M

Abstract
Objective: To investigate the clinical features and genetic characteristics of patients with ectonucleotide pyrophosphatase/phosphodiesterase 1 (ENPP1) gene variants. Method: The clinical data of a patient with ENPP1 homozygous variants from Capital Institute of Pediatrics was collected, the related literature was searched from China National Knowledge Infrastructure, Wanfang Data Knowledge Service Platform, National Center from Biotechnology Information and PubMed by using search term "ENPP1" , "hypophosphatemic rickets" . The literature retrieval was confined from 1980 to February 2017. The clinical manifestations, bone metabolism examinations, X-RAY and genotypes were reviewed. Result: Our patient was an 11 years old girl, with 7 years history of lower limb malformation. She showed significant valgus deformity of the knee (genu valgum). Metabolic examination revealed reduced level of plasma phosphate (0.86 mmol/L), a normal level of plasma calcium (2.30 mmol/L) and an elevated alkaline phosphatase level of 688 IU/L. The calcium-phosphorus product was 25.9. A homozygous nonsense variants of ENPP1 gene, c.783C>G (p.Tyr261X) in exon 7 was identified in the patient. Both parents were heterozygous carriers. Literature review identified 3 Chinese patients from one publication and 17 cases from twenty one publications around the world. None of the patients was found PHEX variants which is the most common variants among hypophosphatemic rickets patients. The disease onset age was 11 months to 10 years. Eight patients had short stature, five patients had the history of generalized arterial calcification of infancy. Four suffered from deafness, three showed localized calcifications of arteries, three patients manifested pseudoxanthoma elasticum and two suffered from ossification of posterior longitudinal ligament. Nine missense variants, six splicing variants and 4 nonsense variants were reported among these twenty patients. c.783C>G was found in two Chinese patients. Conclusion: ENPP1 gene mutation was a cause of patient with hypophosphatemic rickets. Comorbid features included generalized arterial calcification of infancy, early onset hearing loss, pseudoxanthoma and ossification of posterior longitudinal ligament. ENPP1 gene testing should be performed on hypophosphatemic rickets patients without PHEX gene variants. Long-term follow up is recommended. The most common types of ENPP1 gene variants were nonsense/splicing variants. The gene c.783C>G was the most common variants in Chinese patients.

PMID: 29141319 [PubMed - indexed for MEDLINE]



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