Clin Respir J August 2018 PMID 29729130

CO retention: The key to stopping hiccups.

Toshiro Obuchi, Satoshi Shimamura, Naofumi Miyahara, Naoyuki Fujimura, Akinori Iwasaki

Download social card

Mentions

70
Peak: 2 in May 2020
across 5 sources since Jul 2019

Extended reach

273,839
potential audience

Total likes

5,239

Video views

255,705

Mentions per month

Jul 2019 – Sep 2024

Where it's discussed

  • News53 articles
  • X / Twitter11 posts
  • YouTube3 videos
  • Blogs2 articles
  • Bluesky1 posts

AI synopsis

What people are saying

Discussions generally support the link between CO2 retention and hiccup relief, with several mentions of breathing techniques like slow nasal exhalations and paper bag methods, showing interest in applying these findings practically. Tone varies from supportive to skeptical, reflecting both curiosity and critical evaluation of the publication's implications.

AgreementModerate agreement

Most discussions align with the idea that increasing CO2 levels can help stop hiccups, supporting the publication's premise.

InterestModerate interest

Participants show moderate interest by sharing personal techniques and referencing scientific studies, but some dismiss alternative explanations.

EngagementModerate engagement

People actively discuss methods like breathing exercises and cite research, indicating a fair level of detailed engagement.

ImpactNeutral impact

While some find the ideas potentially practical, the overall influence on broader practices remains limited and uncertain.

Abstract in brief

  • The study explored how retaining carbon monoxide (CO) might help stop persistent hiccups by measuring CO levels during different rebreathing experiments.
  • Results showed that increasing InspCO (inspired CO) to match EtCO (exhaled CO) and reaching around 50 mm Hg is key to interrupting the hiccup reflex.
  • In experiments with volunteers and patients, once CO levels hit approximately 50 mm Hg, hiccups ceased, suggesting CO retention could be an effective treatment approach.]

Top posts

Most liked on X and Bluesky
Joost PH Drenth
@joostphdrenth · X

Sep 8, 2024 · 8 likes · 3,886 followers View post →
Jacob Guenther
@JacobAGuenther · X

If you get hiccups, reduce your breathing (nasal breathing, long, relaxed exhale)! This resolves the CO2 deficiency that causes hiccups. Another way to raise your CO2 is the 5-5-20 breathing (5s nasal inhale, 5s hold, 20s pursed lip exhale) & repeat. https://t.co/q883winqew https://t.co/AB8WdE8EH2

Mar 27, 2022 · 8 likes · 1 share · 781 followers View post →
UltimApe
@ultimape · X

@goblinodds and has direct ties amygdala (CO2 sensor listening to the vagus nerve) + fear pathways related to autism. https://t.co/icrr4BjMfw All my ideas can be traced to how I think he's deluding himself with "evolution caused this, therefor I'm right". https://t.co/d0mODyA8GB

Jul 31, 2021 · 2 likes · 6,696 followers View post →
AWCS
@AeroAwcs · X

@yogital @Imo_Anderson https://t.co/9VDtHaJt31

Oct 23, 2021 · 2 likes · 2,215 followers View post →
犬麻呂
@inumaro · X

論文はこれか。こんど、シャックリが続いたら試してみよう https://t.co/HOLn7ciuow しゃっくりが止まるメカニズム解明 聖マリア病院の大渕医師 https://t.co/ccVl24iuQQ

Jul 31, 2019 · 2 likes · 1,097 followers View post →
いな@呼吸器内科
@inaoritakashi · X

健常男性において吃逆はEtCO2も関係するかと思われますが、脳外術後だとどうなんでしょう、、、興味深い https://t.co/JXnaefmTuy https://t.co/4H8YamCHLh

Sep 7, 2022 · 2 likes · 750 followers View post →

All mentions

Joost PH Drenth
@joostphdrenth · X

Sep 8, 2024 · 8 likes · 3,886 followers View post →
ゆき
@WinterHiver · X

@EARL_med_tw https://t.co/OlGtY6fVLa https://t.co/eZpl5beinG 著者同じ方ですけど、ビニール袋再呼吸法などで血中CO2濃度を上げるのが吃逆を止める1番の方法になりそうですね。

Aug 26, 2024 · 1 like · 50 followers View post →
zota
@zota.bsky.social · Bluesky

okay but seriously though, most of the tricks for stopping hiccups are just ways to build up CO2 blood levels pubmed.ncbi.nlm.nih.gov/29729130/

Jul 20, 2024 · 1 like View post →
Lee Drake
@Lee__Drake · X

In fact, the one paper I found to stop hiccups in adults found that increasing CO2 retention helps - so there appears to be a link. 8/n https://t.co/2zpcOchK4q

Apr 1, 2024 · 2,224 followers View post →
いな@呼吸器内科
@inaoritakashi · X

健常男性において吃逆はEtCO2も関係するかと思われますが、脳外術後だとどうなんでしょう、、、興味深い https://t.co/JXnaefmTuy https://t.co/4H8YamCHLh

Sep 7, 2022 · 2 likes · 750 followers View post →
Dupont Daniel
@DupontDaniel2 · X

RT @Jacobiome: If you get hiccups, reduce your breathing (nasal breathing, long, relaxed exhale)! This resolves the CO2 deficiency that ca…

Mar 27, 2022 · 1 share · 24 followers View post →
Jacob Guenther
@JacobAGuenther · X

If you get hiccups, reduce your breathing (nasal breathing, long, relaxed exhale)! This resolves the CO2 deficiency that causes hiccups. Another way to raise your CO2 is the 5-5-20 breathing (5s nasal inhale, 5s hold, 20s pursed lip exhale) & repeat. https://t.co/q883winqew https://t.co/AB8WdE8EH2

Mar 27, 2022 · 8 likes · 1 share · 781 followers View post →
AWCS
@AeroAwcs · X

@yogital @Imo_Anderson https://t.co/9VDtHaJt31

Oct 23, 2021 · 2 likes · 2,215 followers View post →
UltimApe
@ultimape · X

@goblinodds and has direct ties amygdala (CO2 sensor listening to the vagus nerve) + fear pathways related to autism. https://t.co/icrr4BjMfw All my ideas can be traced to how I think he's deluding himself with "evolution caused this, therefor I'm right". https://t.co/d0mODyA8GB

Jul 31, 2021 · 2 likes · 6,696 followers View post →
Brill.
@imyagg · X

@collegemenfess https://t.co/wPuTEd0vaa https://t.co/t6vR6WwaBf https://t.co/oSbooF4rbE https://t.co/IqNT8T9PVc Ini yang gue temuin, sebenernya kalo dari sini, gak dianjurkan lagi karena takutnya kena hypoxia tapi setelah direevaluasi, masih bisa dengan paper bag + masukin oksigen ke paper bag

Jan 6, 2021 · 1 like · 47 followers View post →
Reha- Me(リハミー)
@reha_me · X

脳卒中やパーキンソン病の方で、ひゃっくりが止まらない人がいます!       2018年の報告ですが、自分の吐いた息を吸うと割と止まります❗️ これは、クライアントさんに実戦で確認したけど実際に効きました

May 16, 2020 · 1 like · 360 followers View post →
犬麻呂
@inumaro · X

論文はこれか。こんど、シャックリが続いたら試してみよう https://t.co/HOLn7ciuow しゃっくりが止まるメカニズム解明 聖マリア病院の大渕医師 https://t.co/ccVl24iuQQ

Jul 31, 2019 · 2 likes · 1,097 followers View post →