Bleeding in tonsil stops only after removing the clots is it true

Reading File
Finding Sources
Finding Sources
Searching the Web

tonsillar bleeding clot removal hemostasis tonsil hemorrhage management

Reading File
This gives a clear, authoritative answer. Here is the full response:

Tonsillar Bleeding and Clot Removal - Is It True?

Yes, this is largely true - and it is an important clinical principle, especially in secondary (late) post-tonsillectomy hemorrhage.

Why Clots Must Be Removed

After tonsillectomy, a clot that forms in the tonsillar fossa is not a sign of healing - it is often the only thing temporarily tamponading an underlying bleeding vessel. The clot:
  • Sits over an open vessel or granulating, sloughy tissue, masking active or intermittent bleeding underneath.
  • Gives a false sense of security - the bleeding appears to have stopped, but the vessel has not been properly secured.
  • Can suddenly dislodge, causing a sudden, profuse hemorrhage (as secondary bleeding is classically associated with slough/infection loosening the clot around day 5-10).
Bailey & Love's Surgery states explicitly:
"Any residual clot in the tonsil fossa should be removed and regular gargling with a dilute solution of hydrogen peroxide may be beneficial."
  • Bailey and Love's Short Practice of Surgery, 28th Ed., p. 808

What Happens After Clot Removal?

Once the clot is removed, the underlying bleeding source is exposed. Treatment can then be targeted:
  • Bipolar diathermy to cauterize bleeding points
  • Suturing/undersewing of the granulating tonsillar fossa
  • Haemostatic gauze application with direct pressure
  • Tranexamic acid (TXA) - nebulized or IV - is now commonly used as a first-line measure in emergency settings before operative intervention
The University of Iowa tonsillectomy bleed protocol recommends "bedside suctioning of unstable clots" to facilitate proper examination and assessment of the bleeding source.

Primary vs. Secondary Hemorrhage

TypeTimingClot significance
Primary (reactionary)Within 24 hours of surgeryClot may be fresh; return to theatre usually needed for definitive hemostasis
SecondaryDay 5-10 post-opClot is sloughy, overlying infected granulation tissue; removal is essential to expose and treat the source

Important Clinical Note

In practice, do not blindly disturb a stable clot at the bedside without proper preparation. If the clot ruptures unexpectedly, it can cause a massive hemorrhage that is life-threatening, especially in children. Clot removal should ideally be performed:
  • Under controlled conditions (preferably in theatre under general anaesthesia)
  • With airway management ready (patients with tonsillar hemorrhage are treated as having a full stomach due to swallowed blood - Bailey & Love, p. 808)
  • With ENT/otolaryngology involvement
So in summary: Yes, bleeding from the tonsillar fossa often does not truly stop until the overlying clot is removed and the underlying source is treated definitively. The clot is not the cure - it is a temporary dam over the problem.

Muscles of tongue insertion and origin

Finding Sources
Searching the Web

muscles of tongue origin insertion extrinsic intrinsic anatomy

Reading File
Reading File
Here is a complete, well-organized breakdown of all tongue muscles with their origins, insertions, functions, and innervation.

Muscles of the Tongue

The tongue muscles are divided into two groups:
  1. Extrinsic muscles - arise from bony/aponeurotic structures outside the tongue and insert into it. They move the tongue as a whole.
  2. Intrinsic muscles - entirely within the tongue, with no bony attachments. They change the shape of the tongue.

Extrinsic Muscles (4 muscles)

All are innervated by the hypoglossal nerve (CN XII) - except palatoglossus.

1. Genioglossus

OriginMental spine (genial tubercle) of the mandible
InsertionEntire length of tongue (from tip to base) and body of hyoid bone
ActionProtrudes and depresses tongue; provides bulk of the tongue
InnervationCN XII (hypoglossal)
The largest and most important extrinsic muscle. The fan-shaped genioglossus forms most of the tongue's substance. Bilateral contraction protrudes the tongue; unilateral contraction deviates it to the opposite side.

2. Hyoglossus

OriginBody and greater horn (cornu) of the hyoid bone
InsertionSide (lateral aspect) of the tongue
ActionDepresses and retracts the tongue
InnervationCN XII (hypoglossal)
A thin, quadrilateral sheet. The lingual artery runs deep to it; the hypoglossal nerve and lingual nerve run superficial to it - an important surgical relationship.

3. Styloglossus

OriginStyloid process of temporal bone (and stylomandibular ligament)
InsertionTip and lateral sides of the tongue
ActionRetracts and elevates the tongue (draws tongue backward and upward)
InnervationCN XII (hypoglossal)

4. Palatoglossus

OriginPalatine aponeurosis of the soft palate
InsertionSide and dorsum of the tongue
ActionElevates posterior tongue; closes oropharyngeal isthmus; aids initiation of swallowing
InnervationVagus nerve (CN X) via pharyngeal plexus - the odd one out!
Palatoglossus forms the anterior pillar of the fauces (palatoglossal arch). It is the only tongue muscle NOT supplied by CN XII.

Intrinsic Muscles (4 pairs)

These muscles have no bony origin or insertion. They attach to the lingual septum and lingual aponeurosis. All are innervated by CN XII.
MuscleCourseAction
Superior longitudinalRuns along dorsum of tongue, tip to baseShortens tongue; turns tip upward
Inferior longitudinalRuns along undersurface of tongue, tip to baseShortens tongue; turns tip downward
TransverseRuns horizontally, septum to lateral marginsNarrows and elongates tongue
VerticalRuns vertically, dorsum to ventral surfaceFlattens and widens tongue
Intrinsic muscles do not have separate origins and insertions in the classical sense - they run within the connective tissue framework (lingual septum + lingual aponeurosis) of the tongue.

Quick Memory Aid

"Some Hairy Gorillas Play" = Styloglossus, Hyoglossus, Genioglossus, Palatoglossus
Innervation rule: All tongue muscles = CN XII, except Palatoglossus = CN X (vagus)
Deviation rule: When CN XII is damaged, tongue deviates toward the side of the lesion (paralyzed side) on protrusion, because the intact opposite genioglossus pushes it across.

Sources: K.J. Lee's Essential Otolaryngology, p. 665; Color Atlas of Human Anatomy Vol. 2 - Internal Organs, p. 254

Differeent pathological condition of tongue

Finding Sources
Finding Sources
Searching the Web

pathological conditions of tongue clinical classification

Finding Sources
Finding Sources
Reading File
Reading File
Finding Sources
Reading File
Finding Sources
Finding Sources
Reading File
Finding Sources
Reading File
Loading Image
I have all the content needed. Here is the comprehensive answer.

Pathological Conditions of the Tongue

The tongue can be affected by a wide spectrum of conditions. They are best classified into the following groups:

1. Congenital / Developmental Conditions

Ankyloglossia (Tongue-Tie)

  • Short or anteriorly attached frenulum restricts tongue movement
  • Causes feeding difficulties in neonates and speech problems
  • Inability to protrude the tongue is a hallmark sign
  • Treatment: frenotomy / frenuloplasty

Macroglossia (Enlarged Tongue)

An abnormally large tongue. Causes include:
CauseNotes
LymphangiomaMost common cause in children
Cavernous hemangiomaVascular malformation
AcromegalyDue to excess GH
Cretinism (hypothyroidism in children)
MyxoedemaAdult hypothyroidism
AmyloidosisSystemic deposition
Down syndromeMuscular hypotonia
Beckwith-Wiedemann syndromeCongenital overgrowth

Microglossia

Abnormally small tongue - rare; associated with hypoglossia-hypodactyly syndrome.

Lingual Thyroid

  • Failure of thyroid to descend from foramen caecum
  • Appears as a nodular mass at the base of tongue midline
  • Must be distinguished from median rhomboid glossitis and carcinoma

Bifid Tongue

  • Cleft or split at the tip - very rare

2. Surface / Papillary Changes (Glossitis)

Geographic Tongue (Benign Migratory Glossitis)

  • Appearance: Map-like red patches with whitish-yellow borders; absent filiform papillae in affected areas
  • Behaviour: Patches shift day to day ("migratory")
  • Associations: Atopy, psoriasis, Reiter syndrome, AIDS, lithium therapy
  • Symptoms: Usually asymptomatic; occasional glossodynia
  • Key fact: Coexists with fissured tongue in 50% of cases
  • Treatment: Reassurance; no cure needed

Fissured Tongue (Scrotal Tongue / Lingua Plicata)

  • Appearance: Deep longitudinal and transverse grooves on dorsum, often with a central furrow resembling scrotal rugae
  • Associations: Melkersson-Rosenthal syndrome, Down syndrome, psoriasis
  • Complication: Food debris collects in grooves → secondary infection/halitosis
  • Treatment: Mouthwashes to keep furrows clean; no treatment usually needed

Median Rhomboid Glossitis

  • Lozenge-shaped area of smooth, red, papilla-free mucosa in the midline anterior to the foramen caecum
  • Feels nodular
  • Now considered a form of chronic atrophic oral candidiasis (not a developmental anomaly as once thought)
  • Must be distinguished from lingual thyroid and carcinoma

Hairy Tongue (Lingua Villosa)

  • Black hairy tongue: Elongation of filiform papillae + chromogenic bacterial/fungal overgrowth (often Candida + tobacco)
  • Causes: Antibiotics, smoking, poor oral hygiene, dry mouth
  • Appearance: Brown-black, fur-like dorsal tongue
  • Treatment: Tongue brushing, stop causative agents

Glossitis - Atrophic (Bald Tongue)

  • Complete loss of papillae → smooth, shiny, "bald" tongue
  • Causes:
    • Iron-deficiency anaemia
    • Vitamin B12 / folate deficiency (megaloblastic anaemia)
    • Plummer-Vinson syndrome (iron deficiency + dysphagia + koilonychia)
    • Pellagra (B3 deficiency)
    • Riboflavin (B2) deficiency
  • Often accompanied by glossodynia (burning tongue)

3. Inflammatory / Infectious Conditions

Acute Glossitis

  • Diffuse painful swelling and redness of tongue
  • Causes: bacterial infection (streptococcal, dental abscess spread), viral, thermal/chemical burns
  • Can cause airway compromise in severe cases

Oral Candidiasis (Thrush)

  • White, curd-like plaques that scrape off, leaving red/bleeding base
  • Most common on tongue, buccal mucosa
  • Predisposing factors: antibiotics, steroids, immunosuppression, diabetes, dentures
  • Types: pseudomembranous (classic thrush), erythematous (atrophic), chronic hyperplastic

Oral Hairy Leukoplakia

  • White, corrugated (hairy) plaques on the LATERAL borders of the tongue
  • Caused by Epstein-Barr virus (EBV) in immunocompromised patients (classically HIV/AIDS)
  • Cannot be wiped off (unlike candida)
  • Does NOT transform to malignancy

Herpetic (Herpes Simplex) Glossitis

  • Vesicles → painful ulcers on tongue/oral mucosa
  • Primary: widespread, with fever and cervical lymphadenopathy
  • Recurrent: smaller, clustered ulcers

Syphilitic Tongue

  • Primary: Painless chancre on tongue (rare)
  • Secondary: Mucous patches (snail-track ulcers) on lateral tongue
  • Tertiary (gumma): Deep ulcer with punched-out edges; heals with scarring - "scrotal tongue" pattern
  • Syphilitic leukoplakia is a significant premalignant risk

Tuberculous Ulcer

  • Rare; usually secondary to pulmonary TB
  • Painful, irregular, undermined-edge ulcer, usually on dorsum
  • Biopsy needed to confirm

4. Premalignant Lesions

Leukoplakia

  • Definition: White patch on oral mucosa that cannot be scraped off and cannot be diagnosed as any other condition
  • On tongue: whitish opaque thickened epithelium on dorsum or lateral borders
  • Histology ranges from hyperkeratosis (low risk) → dysplasia → carcinoma in situ
  • Malignant transformation rate: ~5-17% (highest risk: non-homogeneous/speckled type)
  • Risk factors: tobacco, alcohol, candida, syphilis, betel nut

Erythroplakia

  • Red velvety patch that cannot be attributed to any other diagnosis
  • Far more sinister than leukoplakia - up to 90% show severe dysplasia or carcinoma
  • Often asymptomatic and overlooked
  • Early SCC most commonly presents as erythroplakia - KJ Lee's

Submucous Fibrosis

  • Progressive fibrosis of oral submucosa → trismus + tongue stiffness
  • Strongly linked to betel nut chewing (Asian subcontinent)
  • High malignant transformation risk

5. Malignant Conditions

Squamous Cell Carcinoma (SCC) of the Tongue

  • Most common malignancy of the tongue (>90% of all tongue cancers)
  • Most common site: lateral border and undersurface of the tongue
  • Oral tongue = 2nd most common site of oral cancer (30%)
Risk factors:
  • Tobacco (smoking + smokeless/betel nut)
  • Alcohol
  • HPV (especially base of tongue - HPV-16)
  • Chronic irritation, poor oral hygiene
  • Premalignant lesions (leukoplakia, erythroplakia)
  • Increasing incidence in young patients with no known risk factors (genetic susceptibility)
Clinical features:
  • Early: painless ulcer/indurated lesion with rolled edges on lateral border
  • Late: pain, tongue fixation, difficulty swallowing/speaking, cervical lymphadenopathy, referred otalgia
Lymph node drainage: Levels I-III; midline/ventral tumors → risk of bilateral node spread
Carcinoma of the base of tongue:
  • Presents later (posterior location - asymptomatic until large)
  • Higher rate of occult nodal metastases
  • HPV-related tumors are a distinct, better-prognosis subgroup

Lymphoma

  • Can present as tonsillar/lingual mass
  • Non-Hodgkin lymphoma is the most common

Kaposi Sarcoma

  • Purple/red vascular lesion in HIV-positive patients
  • Can affect tongue and oral mucosa

6. Systemic Disease Manifestations

ConditionTongue Finding
Iron-deficiency anaemiaPale, smooth (atrophic) tongue
Vitamin B12 deficiencyBeefy red, smooth tongue (Hunter's glossitis)
Pellagra (B3 deficiency)Red, swollen, painful tongue
Riboflavin (B2) deficiencyMagenta/purplish tongue, fissures
Hyperthyroidism (thyrotoxicosis)Fine tremor on protrusion
Dehydration/uraemiaDry, brown, furred tongue
AmyloidosisMacroglossia, firm, nodular
PsoriasisGeographic tongue pattern
Behcet's syndromeAphthous ulcers
Crohn's diseaseCobblestone ulcers, granulomatous
Kawasaki disease"Strawberry tongue" (prominent red papillae)
Scarlet feverInitially white-coated then "strawberry tongue"

7. Vascular Lesions

Hemangioma

  • Soft, compressible, bluish swelling; blanches on pressure
  • Cavernous hemangioma can cause macroglossia

Lymphangioma

  • Most common cause of macroglossia in children
  • Soft, translucent vesicular surface ("frogspawn" appearance)
  • Does not blanch on pressure

Ranula

  • Mucous retention cyst on the floor of the mouth arising from sublingual/submandibular gland
  • Presents as a bluish, translucent fluctuant swelling beneath tongue

8. Traumatic / Miscellaneous

  • Ulcers from sharp teeth / dentures: Most common on lateral tongue border - must not be confused with early SCC
  • Burns: Thermal, chemical (aspirin burns)
  • Biting injuries: Especially during seizures
  • Tongue lacerations: Heal well due to rich blood supply

Quick Summary Table

CategoryKey Conditions
CongenitalAnkyloglossia, macroglossia, lingual thyroid, bifid tongue
Surface changesGeographic tongue, fissured tongue, median rhomboid glossitis, hairy tongue
Inflammatory/InfectiveAcute glossitis, candidiasis, oral hairy leukoplakia, HSV, TB, syphilis
NutritionalAtrophic glossitis (B12, iron, B2, B3 deficiency)
PremalignantLeukoplakia, erythroplakia, submucous fibrosis
MalignantSCC (most common), lymphoma, Kaposi sarcoma
SystemicAmyloidosis, hypothyroidism, psoriasis, Behcet's
Vascular/Benign tumorsHemangioma, lymphangioma, ranula

Sources: S. Das Manual of Clinical Surgery, 13th Ed.; K.J. Lee's Essential Otolaryngology; Andrews' Diseases of the Skin; Harrison's Principles of Internal Medicine, 22nd Ed.; Scott-Brown's Otorhinolaryngology

Uses of tongue flap in different pathological condition

Finding Sources
Finding Sources
Searching the Web

tongue flap uses indications oral reconstruction palate floor of mouth

Reading Web Page

https://pocketdentistry.com/tongue-flap

Finding Sources
Your credits are exhausted. You can purchase a top-up or subscribe to a plan to continue using Orris. If you're already subscribed, your daily credits will reset tomorrow.

Create a clinical reference guide on tongue flap techniques

Your credits are exhausted. You can purchase a top-up or subscribe to a plan to continue using Orris. If you're already subscribed, your daily credits will reset tomorrow.
This is a shared conversation. Sign in to Orris to start your own chat.