Kualitas bukti 5.0/5
Skor tinjauan delapan dimensi terhadap rubrik kualitas . Setiap dimensi dinilai 1–5.
- D1 Dasar sumber
- 5/5
- D2 Otoritas sumber
- 5/5
- D3 Aritmetika
- 5/5
- D4 Ketidakpastian
- 5/5
- D5 Cakupan
- 5/5
- D6 Prosa
- 5/5
- D7 Kejujuran persepsi
- 5/5
- D8 Kelengkapan peringatan
- 5/5
Sakit tenggorokan disebabkan oleh patogen — rhinovirus, adenovirus, streptokokus grup A, virus Epstein-Barr, dan segelintir agen infeksius lainnya bertanggung jawab atas hampir semua kasus. Antara 70% hingga 90% episode faringitis akut bersifat viral (Bower 2012), dengan rhinovirus sebagai penyebab paling umum. Tidak satu pun dari patogen ini yang dihantarkan ke faring melalui suhu minuman. Namun demikian, survei AS yang representatif secara nasional menemukan bahwa 70% orang tua mengikuti setidaknya satu strategi pencegahan pilek yang tidak berbasis bukti (Mott 2019), dengan kepercayaan yang berakar pada teori penyakit pada suhu rendah termasuk di antara folklor yang paling umum. Penelitian tentang perkembangan konseptual membenarkan bahwa teori cuaca dingin untuk penyakit “sering disebut-sebut” oleh anak-anak dan banyak orang dewasa, dengan ketergantungan menurun hanya seiring matangnya pemahaman teori kuman (Sigelman 2012) — dan kepercayaan sejajar bahwa makanan dingin menyebabkan infeksi tenggorokan bertumpu pada substrat teori-rakyat yang sama.
Literatur ilmiah tentang paparan dingin dan infeksi pernapasan menceritakan kisah yang lebih bernuansa daripada sekadar penolakan datar. Eccles (2002) mengusulkan bahwa udara dingin yang dihirup dapat merusak klirens mukosilia nasal dan dengan demikian memfasilitasi infeksi saluran pernapasan atas. Apakah minuman dingin yang ditelan berdampak serupa hampir belum diteliti: pada 15 subjek sehat, air dingin menurunkan kecepatan lendir hidung dari 7,3 menjadi 4,5 mm per menit pada menit ke-30 (Saketkhoo et al. 1978), tetapi infeksi tidak diukur. Johnson dan Eccles (2005) menguji pendinginan kaki dalam uji coba terkontrol acak dengan 180 sukarelawan dan menemukan bahwa 13 dari 90 subjek yang didinginkan melaporkan terkena pilek dalam empat hingga lima hari, dibandingkan dengan 5 dari 90 kontrol — perbedaan yang signifikan secara statistik yang oleh penulis dikaitkan dengan pendinginan yang mengungkap infeksi virus laten yang sudah ada di saluran hidung, bukan pendinginan yang menyebabkan infeksi baru. Tidak satu pun dari eksperimen ini menguji apakah orang yang minum minuman dingin lebih sering sakit tenggorokan, dan satu-satunya studi tentang minuman berhenti pada kecepatan lendir.
Ironi yang melewati topik ini adalah bahwa makanan dan minuman dingin muncul dalam panduan klinis berbasis bukti sebagai pengobatan simtomatik untuk sakit tenggorokan, bukan sebagai penyebab. Es loli, air es, dan es krim menurunkan suhu ujung saraf faring dan sementara mengurangi sinyal rasa sakit — mekanisme yang analog dengan menerapkan dingin pada pergelangan kaki yang terkilir. Para orang tua yang sama yang membatasi makanan dingin untuk mencegah sakit tenggorokan sering menawarkan es krim kepada anak yang sudah mengalaminya — inkonsistensi internal yang menggarisbawahi bagaimana kepercayaan rakyat mengikuti kategori suhu intuitif daripada model kausal yang koheren. Keyakinan bahwa minuman dingin menyebabkan infeksi tenggorokan mencampuradukkan sensasi suhu dengan risiko infeksi, menerapkan kategori rakyat tentang “dingin” dan “panas” dalam tubuh pada domain di mana mikrobiologi telah menggantikan teori humoral, dan membalik kegunaan klinis nyata makanan dingin dalam perawatan tenggorokan.
Fakta terkait
Sakit tenggorokan disebabkan oleh virus dan bakteri. Belum ada studi terkontrol yang menghitung kejadian sakit tenggorokan setelah minum minuman dingin; satu-satunya eksperimen minuman, pada 15 orang, menemukan bahwa air dingin memperlambat lendir hidung selama 30 menit dan tidak mengukur infeksi apa pun.
Buku besar klaim
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3/6 sumber diverifikasi secara independen kata demi kata terhadap sumber terkutip
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[1] C.S. Mott Children's Hospital National Poll on Children's Health (2019) — Preventing colds in children: Following the evidence?
Preventing colds in children: Following the evidence?- Statistik
70% of 1,119 US parents (nationally representative, ages 5-12 child households) reported using non-evidence-based cold-prevention folklore; 52% told children not to go outside with wet hair, 48% encouraged more indoor time- Kutipan
“"Seven out of ten parents reported that their overall strategy to help their child avoid colds includes using at least one approach that has little or no scientific evidence, such as telling their children not to go outside with wet hair." ”
- Data sumber dari
- 2019-01-21
- Diakses
- 2026-05-09 · salinan arsip
- Perhitungan
- The Mott 2019 nationally representative poll (N=1,119 US parents with children aged 5-12, GfK household panel, margin of error ±1-4 percentage points) documents broad prevalence of non-evidence-based cold-prevention beliefs in the US. The 70% figure covers folklore strategies generally, including wet hair avoidance and indoor restriction — both rooted in the belief that cold air or cold conditions cause illness. The poll does not separately isolate "cold food causes sore throat" as a discrete item, but it anchors the US-specific prevalence of cold-related illness myths. No native or normalized probability is derived because this entry is flagged no_reliable_estimate: the myth posits a causal mechanism that does not exist, so there is no measurable risk probability to report.
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[2] Health Education & Behavior (Sigelman 2012) — Age and ethnic differences in cold weather and contagion theories of colds and flu Terverifikasi
Age and ethnic differences in cold weather and contagion theories of colds and flu- Statistik
Cold weather theories for illness causation are 'frequently invoked' by children and many adults; younger children and ethnic minority children more often attribute colds to cold temperatures than to germ exposure- Kutipan
“"A cold weather theory was frequently invoked to explain colds and to a lesser extent flu but became less prominent with age as children gained command of a germ theory of disease. Mexican American and other minority children were more likely than European American children to subscribe to cold weather theories." ”
- Data sumber dari
- 2012-02-01
- Diakses
- 2026-05-09 · salinan arsip
- Verifikasi
- Kutipan diambil ulang secara independen dan dikonfirmasi kata demi kata terhadap sumber terkutip selama audit pendasaran kami.
- Perhitungan
- Sigelman (2012) is a peer-reviewed study (Health Education & Behavior, PMID 21586668) documenting the developmental and cultural persistence of cold-weather illness theories. The finding that cold temperature attribution is "frequently invoked" and shows ethnic variation provides the research backing for perceived.description's cultural claims. The study examines cold weather (not specifically cold food or drink), but the same folk-theory framework underlies both beliefs. No quantitative probability is computable from this study for this entry.
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[3] Netter's Infectious Diseases via PMC (Bower 2012) — Pharyngitis Terverifikasi
Pharyngitis- Statistik
70–90% of acute pharyngitis episodes are viral in origin; rhinovirus is by far the most common causative agent- Kutipan
“"Depending on the season and the patient's age, 70% to 90% of acute episodes are viral and involve a wide array of common viruses. By far, the most common virus associated with pharyngitis is the common cold agent, rhinovirus." ”
- Data sumber dari
- 2012-03-21
- Diakses
- 2026-05-09 · salinan arsip
- Verifikasi
- Kutipan diambil ulang secara independen dan dikonfirmasi kata demi kata terhadap sumber terkutip selama audit pendasaran kami.
- Perhitungan
- Bower (2012) is the foundational reference for the infectious etiology of pharyngitis. The 70–90% viral figure establishes that the vast majority of sore throats require exposure to a pathogen, not a cold beverage. Rhinovirus, adenovirus, Epstein-Barr virus, and group A Streptococcus account for the overwhelming majority of cases; none of their transmission or virulence mechanisms involves dietary temperature.
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[4] Family Practice (Johnson & Eccles 2005) — Acute cooling of the feet and the onset of common cold symptoms
Acute cooling of the feet and the onset of common cold symptomsSee all 3 Likelier entries citing this source →
- Statistik
In a randomised controlled trial of 180 healthy volunteers, 13/90 chilled subjects reported developing a cold within 4–5 days vs 5/90 controls (P=0.047); the authors conclude that chilling may trigger latent viral symptoms in people already harbouring infection, not that cold exposure causes new infection- Kutipan
“"There is a common folklore that chilling of the body surface causes the development of common cold symptoms, but previous clinical research has failed to demonstrate any effect of cold exposure on susceptibility to infection with common cold viruses." ”
- Data sumber dari
- 2005-12-01
- Diakses
- 2026-05-09 · salinan arsip
- Perhitungan
- Johnson & Eccles (2005) is the most rigorous controlled experiment on chilling and cold symptom onset. The statistically significant result (13 vs 5 colds, P=0.047) was interpreted by the authors as chilling unmasking latent viral infection already present in nasal passages, not as chilling causing new infection. Critically, chilling of the feet is categorically different from drinking a cold beverage: foot chilling affects peripheral vasoconstriction and nasal mucosa temperature via reflex mechanisms, not direct thermal contact with the pharynx. The PubMed abstract text is used as the excerpt because the full text is behind an Oxford Academic paywall.
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[5] Acta Otolaryngologica (Eccles 2002) — An explanation for the seasonality of acute upper respiratory tract viral infections Terverifikasi
An explanation for the seasonality of acute upper respiratory tract viral infections- Statistik
Seasonal exposure to cold air increases URTI incidence by cooling the nasal epithelium and impairing mucociliary clearance- Kutipan
“"Seasonal exposure to cold air causes an increase in the incidence of URTI due to cooling of the nasal airway. The inhalation of cold air causes cooling of the nasal epithelium, and this reduction in nasal temperature is sufficient to inhibit respiratory defences against infection such as mucociliary clearance." ”
- Data sumber dari
- 2002-03-01
- Diakses
- 2026-05-09 · salinan arsip
- Verifikasi
- Kutipan diambil ulang secara independen dan dikonfirmasi kata demi kata terhadap sumber terkutip selama audit pendasaran kami.
- Perhitungan
- Eccles (2002) provides the mechanistic context for why cold air can plausibly increase infection risk (nasal cooling, impaired mucociliary clearance). The paper concerns inhaled cold air and does not test cold food or beverages. The seasonal correlation between cold weather and sore throat incidence has a real but indirect explanation: people gather indoors, share viral loads, and inhale cold dry air — not because they drink more iced beverages in winter. The abstract text is used as the excerpt source; the full text is paywalled at Tandfonline.
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[6] Chest (Saketkhoo, Januszkiewicz & Sackner 1978) — Effects of drinking hot water, cold water, and chicken soup on nasal mucus velocity and nasal airflow resistance
Effects of drinking hot water, cold water, and chicken soup on nasal mucus velocity and nasal airflow resistance- Statistik
In 15 healthy subjects, nasal mucus velocity fell from 7.3 to 4.5 mm per min 30 minutes after drinking cold water; no infection outcome was measured- Kutipan
“"Nasal mucus velocity and nasal airflow resistance were measured in 15 healthy subjects [...] except cold water which significantly decreased the nasal mucus velocity from 7.3 to 4.5 mm per min." ”
- Data sumber dari
- 1978-10-01
- Diakses
- 2026-09-26
- Perhitungan
- Saketkhoo et al. (1978, Chest 74(4):408-10, PMID 359266) is the only controlled measurement located of a cold drink's effect on an upper-airway defence. Cold water reduced nasal mucus velocity at 30 minutes in 15 healthy adults. The study is small, measured a transient physiological marker only, and recorded no infections or sore throats, so it cannot support a risk estimate; it does mean the claim that swallowed cold liquid has no effect on nasal defences is not supported. The abstract text is used as the excerpt (ellipsis marks omitted abstract text).