This simple test can help kids hear better Susan Emmett

Listen to the sounds
of why hearing matters

to the Alaskan Native people.

Hearing loss makes it hard
to fish on the open water,

hunt caribou and harvest berries,

activities central
to Alaskan Native culture.

Hearing loss isn’t unique to rural Alaska.

It’s global.

The Global Burden of Disease Project
estimates there are 1.1 billion people

living with hearing loss worldwide.

That’s more people than the entire
population here in sub-Saharan Africa.

Over 80 percent are in low-
and middle-income countries,

and many have no access to hearing care.

The impact on people’s lives
is tremendous.

Anuk is a three-year-old boy
I treated in Alaska.

Ear infections started
when he was barely four months old.

His parents brought him into clinic,

worried he didn’t say much
compared to his brothers.

Sure enough, many rounds of infections
had resulted in hearing loss.

Without treatment, Anuk’s speech
will continue to lag behind.

He’s more likely to do worse in school,

have worse job prospects

and experience social isolation.

But it doesn’t have to be this way.

The World Health Organization estimates
that half of all global hearing loss

can be prevented.

If Anuk’s hearing loss
is identified and treated promptly,

his life and the opportunities
he has as he grows up

could look vastly different.

I’m an ear surgeon working
with partners around the world

on new pathways
for hearing loss prevention.

This solution comes from my collaboration
with a tribal health organization

called the Norton Sound
Health Corporation.

Hearing loss evaluation traditionally
requires testing by an audiologist

in a soundproof room,

with a lot of permanent equipment.

An ear surgeon then examines
Anuk’s ears under a microscope

and decides a treatment plan.

These resources simply aren’t
available in remote settings.

In a state where 75 percent of communities
aren’t connected to a hospital

by road,

an expensive flight is required.

To overcome these barriers,
Alaska has developed

a state-of-the-art telemedicine system

that connects over 250
village health clinics

with specialists who triage
all types of health concerns.

My colleagues have validated
that ear-related telemedicine consults

are equivalent to an in-person exam.

In 2016, travel was prevented
for 91 percent of patients

receiving specialty telemedicine
in the Norton Sound region.

Telemedicine has saved over 18 million
in travel costs in this single region

over the past 15 years.

Our team is taking the power
of telemedicine to a new level,

through a project

funded by the Patient-Centered
Outcomes Research Institute.

For the first time,
we are merging telemedicine

with mobile screening technology

that extends the reach of expert triage
beyond health care settings.

This cell-based screen,
developed in South Africa,

costs over 10 times less
than traditional equipment

and does not require advanced training.

If I were screening Anuk at school,

sound-attenuating headphones
and noise monitoring

would take the place of a sound booth,

and I would use a phone adapter
instead of a microscope

to examine his ears.

In a matter of minutes,
screening and images are done.

We then apply Alaska
telemedicine technology

to transmit the data to specialists,

who connect Anuk
to the treatment he needs.

Our team is launching a randomized trial

in 15 communities along the Bering Sea

to study how well this intervention works.

Our goal is to prevent childhood
hearing loss across the state of Alaska.

But the concept is bigger
than a single state.

The impact is global.

Mobile telemedicine
can revolutionize access to care.

In Malawi, for example, there are only
two ear surgeons and 11 audiologists

for a population of 17 million.

This technology could empower teachers
and community health workers

to provide access to care
to children in places like Malawi.

Scaling up globally
could change children’s lives

who have never had access
to hearing care before,

using just the power of a cell phone.

It’s time to change the course
of preventable hearing loss.

Anuk and countless children like him
are depending on us.

Thank you.

(Applause)

听听为什么听力

对阿拉斯加原住民很重要。

听力损失使得
在开阔水域捕鱼、

狩猎驯鹿和收获浆果变得困难,这些

活动
是阿拉斯加土著文化的核心。

听力损失并非阿拉斯加农村独有。

它是全球性的。

全球疾病负担项目
估计全世界有 11 亿

人患有听力损失。

这比撒哈拉以南非洲的总人口还要多。

超过 80% 的人在低收入
和中等收入国家

,许多人无法获得听力保健。

对人们生活的影响
是巨大的。

Anuk 是
我在阿拉斯加接受治疗的一个三岁男孩。

耳朵感染
始于他不到四个月大。

他的父母把他带进了诊所,

担心他
和他的兄弟们相比说得不多。

果然,多轮
感染导致听力下降。

如果不进行治疗,阿努克的讲话
将继续滞后。

他更有可能在学校

表现更差,工作前景更差,

并经历社会孤立。

但它不必是这样的。

世界卫生组织估计
,全球一半的听力损失

是可以预防的。

如果 Anuk 的听力损失
得到及时发现和治疗,

他的生活和
他在成长过程中所拥有的机会

可能会大不相同。

我是一名耳外科医生,
与世界各地的合作伙伴一起

研究
预防听力损失的新途径。

这个解决方案来自我
与一个

名为 Norton Sound
Health Corporation 的部落卫生组织的合作。

听力损失评估传统上
需要由听力学家

在隔音室进行测试,

并配备许多永久性设备。

然后,一名耳外科医生
在显微镜下检查 Anuk 的耳朵

并决定治疗计划。

这些资源
在远程设置中根本不可用。

在一个 75% 的
社区没有通过公路与医院相连的州

需要昂贵的航班。

为了克服这些障碍,
阿拉斯加开发

了最先进的远程医疗系统

,将 250 多个
乡村卫生诊所

与对
所有类型的健康问题进行分类的专家联系起来。

我的同事已经证实
,与耳朵相关的远程医疗

咨询等同于亲自检查。

2016 年,诺顿湾地区
91% 的

接受专业远程医疗的患者被阻止旅行
。 在过去的 15 年里,

远程医疗在这个单一地区节省了超过 1800 万
的差旅费用

。 通过以患者为中心的结果研究所资助的一个项目,

我们的团队正在将
远程医疗的力量提升到一个新的水平

我们首次
将远程医疗

与移动筛查技术相结合

,将专家分诊的
范围扩展到医疗保健环境之外。

这种基于细胞的屏幕
是在南非开发的,

成本比传统设备低 10 倍以上

,并且不需要高级培训。

如果我在学校放映 Anuk,

声音衰减耳机
和噪音监测

将取代录音棚,

我会使用电话适配器
而不是显微镜

来检查他的耳朵。

在几分钟内,
筛选和图像就完成了。

然后,我们应用阿拉斯加
远程医疗技术

将数据传输给专家,

专家将 Anuk
与他需要的治疗联系起来。

我们的团队正在

白令海沿岸的 15 个社区开展一项随机试验,

以研究这种干预措施的效果。

我们的目标是防止
整个阿拉斯加州的儿童听力损失。

但这个概念
不仅仅是一个单一的国家。

影响是全球性的。

移动远程医疗
可以彻底改变获得护理的途径。

例如,在马拉维,1700 万人口只有
两名耳外科医生和 11 名听力学家

这项技术可以使教师
和社区卫生工作者

能够为
马拉维等地的儿童提供护理服务。

在全球范围内扩大规模
可能会改变

以前从未获得
过听力保健的儿童的生活,

仅使用手机的力量。

是时候改变
可预防的听力损失的过程了。

Anuk 和无数像他一样的孩子
都依赖于我们。

谢谢你。

(掌声)