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You have reference of mbbs book

Finding Sources

Yes! Here is a full breakdown of the medical textbook library I have access to:

📚 My Medical Textbook Library (MBBS & Beyond)

Speciality	Books Available
Anatomy	Gray's Anatomy for Students, Netter's Atlas, Color Atlas of Human Anatomy (Vol 1-3), Ultrasound Anatomy, Imaging Anatomy
Biochemistry	Lippincott's (8e), Harper's (32e), Basic Medical Biochemistry (6e)
Physiology	Ganong's (26e), Guyton & Hall (14e), Boron & Boulpaep
Histology	Junqueira's Basic Histology (17e), Histology Text & Atlas
Embryology	Langman's Medical Embryology, The Developing Human (Moore)
Pathology	Robbins & Cotran (10e), Robbins Basic Pathology, Rubin's Pathology
Pharmacology	Katzung (16e), Goodman & Gilman (14e), Lippincott's Pharmacology
Microbiology	Murray's Medical Microbiology, Jawetz
Community Medicine	Park's Textbook (latest)
Forensic Medicine	Parikh's, PC Dikshit, Essentials of Forensic Medicine (2026 ed)
General Surgery	Bailey & Love (28e), Schwartz's (11e), Sabiston, S Das Manual
Medicine (Internal)	Harrison's (22e), Davidson's, Kumar & Clark
Pediatrics	Nelson's Textbook of Pediatrics
Obstetrics & Gynecology	Williams Obstetrics, Dutta's Obstetrics & Gynecology
Cardiology	Braunwald's Heart Disease
Dermatology	Fitzpatrick's, Andrews' Diseases of the Skin
ENT	Cummings Otolaryngology, Scott-Brown's
Radiology	Grainger & Allison's, Merrill's Atlas
Psychiatry	Kaplan & Sadock's
Ophthalmology	Kanski's Clinical Ophthalmology
Orthopedics	Campbell's Operative Orthopaedics
Anesthesiology	Miller's Anesthesia (10e), Morgan & Mikhail (7e)
Neurology	Adams & Victor's Principles of Neurology
+ many more	Gastroenterology, Nephrology, Pulmonology, Genetics, Emergency Medicine, Rheumatology...

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Explain hernia topic with diagram and explanation from baily and love comoletely

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hernia types inguinal femoral anatomy diagram

This composite visual contains an anatomical illustration (a) and a corresponding clinical intraoperative photograph (b) detailing the surgical repair of a femoral hernia. Panel (a) provides a labeled anatomical diagram of the right inguinal-femoral region. It depicts the spermatic cord and falx inguinalis retracted cranially, exposing the orificium of the femoral hernia. Key landmarks are identified: the transversalis fascia (opened), the inguinal ligament of Poupart (ventral border), and the lacunar ligament of Gimbernat (medial border). An instrument is shown passing through the femoral orifice to demonstrate the pathology. Panel (b) is a clinical photograph of the surgical field during an open repair. It demonstrates the clinical application of the anatomy shown in panel (a), with retractors maintaining exposure. A surgical instrument is seen incising the lacunar ligament to enlarge the femoral space for mesh placement. The image illustrates the relationship between the inguinal ligament, femoral vessels, and the hernia orifice. The content is intended for intermediate to advanced surgical education, specifically regarding open femoral hernia repair and the anatomy of the femoral canal.

This composite image illustrates the surgical repair of a femoral hernia using a mesh-based approach. Figure (a) is an anatomical diagram of the inguinal and femoral regions during surgery. Key structures identified include the spermatic cord (superior-medial), femoral vessels (lateral), inguinal ligament of Poupart (ventral), and the pectineal ligament of Cooper (dorsal). The diagram shows the placement of a vertical femoral mesh covering the orificium of the femoral hernia, secured over Cooper’s ligament while maintaining an overlay medially and laterally over the femoral vessels. The falx inguinalis is shown in a retracted state. Figure (b) is an intraoperative clinical photograph corresponding to the diagram, showing the surgical field with metal retractors and a circular wound protector. A white, woven surgical mesh is visible, positioned over the femoral orifice and held in place with instruments. The image demonstrates the 'Lichtenstein-like' open technique for femoral hernia reinforcement, highlighting the spatial relationship between the prosthetic mesh and pelvic floor ligaments to prevent recurrence.

This dual-panel image provides an anatomical and clinical overview of a femoral hernia and its surgical exposure. Panel (a) is a detailed anatomical diagram of the right inguinal and femoral regions. It illustrates a femoral hernia as a distinct bulge emerging medially to the femoral vessels (artery and vein) and caudal to the inguinal canal. Labeled structures include the external oblique fascia, the 'pink triangle' (an area formed by the diversion of fascial vessels toward the external inguinal orifice), the spermatic cord, and femoral vessels. Panel (b) is a clinical photograph showing the intraoperative view after the incision of the external oblique fascia. The surgical field is exposed using three metal claw-style retractors, revealing the underlying fascia and fatty tissue in the femoral region. Sutures are visible along the superior aspect of the skin incision. This content is designed for medical education regarding hernia pathology and surgical repair, demonstrating the critical landmarks needed to differentiate femoral hernias from inguinal hernias and to safely navigate the femoral canal during surgery.

This composite educational resource features diagnostic ultrasound imaging and a corresponding schematic diagram of a de Garengeot hernia. Image (a) is a grayscale B-mode ultrasound showing a longitudinal view of the right inguinal region. It demonstrates a blind-ended tubular structure (the appendix, labeled 'Ap') protruding through the femoral canal. The appendix exhibits a preserved five-layered wall structure and a hyperechoic lumen, measuring approximately 4 mm at the body and 6 mm at the tip. Surrounding the appendix is a reticular hyperechoic area representing the mesoappendix ('M') and an adjacent anechoic region indicative of local ascites ('A'). Image (b) utilizes Color Doppler imaging to show pulsatile blood flow signals within the appendiceal wall, represented by red and blue color pixels. This finding confirms tissue viability and the absence of vascular compromise or strangulation within the hernia sac. A depth scale on the left provides a spatial reference up to 3.5 cm. These images serve as a key diagnostic reference for identifying an incarcerated but non-inflamed appendix within a femoral hernia.

A clinical photograph comparison demonstrating bilateral inguinal and femoral hernias in an adult male, categorized under general surgery and anatomy. The preoperative image (left) shows four distinct ovoid swellings in the groin region. Superiorly, bilateral inguinal swellings are visible above the inguinal ligament. Inferior to these, bilateral femoral swellings are prominent in the femoral triangles, lateral to the pubic tubercle. The swellings are well-defined and raised, with skin stretched over the masses. The postoperative image (right) displays the resolution of these protrusions following surgical repair. The skin across the lower abdomen and inguinal region exhibits signs of aging, including pronounced skin folds, wrinkles, and scattered small seborrheic keratoses or skin tags. This visual serves as a clear educational example of complex pelvic floor hernias and the anatomical distinction between inguinal and femoral hernia locations.

This clinical intraoperative photograph illustrates an open surgical repair of a femoral hernia, focusing on the releasing incision of the inguinal ligament. The surgical field is exposed using multiple instruments, including a metal retractor to pull back the superior tissue layer and two rake-style retractors maintaining lateral exposure. A gloved hand and surgical forceps are seen manipulating the dissected tissue. A yellow line is superimposed on the anatomy to indicate the precise path of the releasing incision through the inguinal ligament, which serves as the roof of the femoral canal. This maneuver is performed to reduce the tension on incarcerated or strangulated visceral contents, allowing for their safe reduction back into the peritoneal cavity. A Penrose drain or similar elastic loop is visible, likely used for traction on the spermatic cord or surrounding structures to improve visualization of the myopectineal orifice. The image demonstrates key landmarks for groin anatomy and the surgical management of strangulated hernias in a clinical setting.

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HERNIA - Complete Notes from Bailey & Love's Short Practice of Surgery (28th Edition)

1. DEFINITION

"A hernia is an abnormal protrusion of an organ or tissue through an opening in the layer that normally confines it."

Bailey & Love, p. 1080

Because hernias push from inside out, an abdominal hernia takes with it all the layers of the abdominal wall as its coverings (though these may be thinned and attenuated). However, not all hernias have a peritoneal sac - many epigastric hernias, for example, arise in interstitial layers and only draw peritoneum as a secondary phenomenon when they enlarge.

2. PARTS OF A HERNIA

Every hernia consists of 3 parts:

Part	Description
Sac	A peritoneal diverticulum with a mouth (opening), neck (narrowest part), body, and fundus
Contents	Omentum (most common), bowel, bladder, ovary
Coverings	Attenuated layers of the abdominal wall dragged over the sac

3. ANATOMICAL CAUSES OF ABDOMINAL WALL HERNIATION

Classified as:

Natural areas of weakness - absence of muscle (lumbar triangles, posterior inguinal canal wall)
Structural openings - inguinal canal (testis descent), femoral canal, oesophageal hiatus, umbilical ring
Developmental abnormalities - patent processus vaginalis
Acquired disruptions - surgical incisions (incisional hernia), trauma

4. DIAGRAM: SITES OF ABDOMINAL WALL HERNIAS

(From Bailey & Love, Fig. 64.9 - Red = common, Black = rare)

Bailey & Love Fig. 64.9 - Sites of abdominal wall hernias showing Epigastric, Umbilical, Spigelian, Inguinal, Femoral, Obturator on front; Superior/Inferior lumbar, Gluteal, Sciatic on back

Common (red): Epigastric, Umbilical, Inguinal, Femoral Rare (black): Spigelian, Obturator, Lumbar, Gluteal, Sciatic

5. TYPES OF HERNIA

CLASSIFICATION

HERNIA
├── GROIN HERNIA
│   ├── Inguinal (most common)
│   │   ├── Indirect (lateral/oblique)
│   │   └── Direct (medial)
│   └── Femoral
│
├── VENTRAL HERNIA (anterior wall)
│   ├── Primary: Umbilical, Epigastric, Spigelian, Lumbar, Traumatic
│   └── Secondary: Incisional, Parastomal
│
└── OTHER: Obturator, Hiatus, Perineal

6. CLINICAL FEATURES (General)

History

Reducible hernia - contents can return to peritoneal cavity; aching after exertion
Irreducible hernia - cannot be reduced; obstruction/strangulation risk
Obstructed hernia - bowel contents cannot pass; vomiting, distension, no strangulation yet
Strangulated hernia - blood supply to contents is cut off; EMERGENCY - severe pain, vomiting, peritonism, overlying skin red/inflamed

Examination

Examine lying AND standing (hernias may only appear standing)
Ask patient to cough or Valsalva - expansile cough impulse is diagnostic
Assess: reducibility, cough impulse, tenderness, skin colour, contralateral side
Cellulitis over hernia = strangulation = surgical emergency
Always check the opposite groin - occult contralateral hernia present in up to 20% of patients

7. INGUINAL HERNIA (Most Common)

"Inguinal hernia is the most common hernia in men and is around 10 times more common in men than in women."

Bailey & Love, p. 1087

Key Diagram: Direct vs Indirect vs Femoral

Bailey & Love Fig. 64.10 - Anatomy showing close relationships of direct inguinal, indirect inguinal and femoral hernias with labeled structures: Internal inguinal ring, Inferior epigastric vessels, External inguinal ring, Pubic tubercle, Femoral nerve/artery/vein, Sac of indirect/direct/femoral hernia

Anatomy of the Inguinal Canal

The inguinal canal is a 4 cm oblique passage through the lower abdominal wall:

Wall	Structure
Anterior	External oblique aponeurosis
Posterior	Transversalis fascia
Roof	Conjoint tendon (internal oblique + transversus abdominis arched fibres)
Floor	Inguinal (Poupart's) ligament - rolled inward free edge of external oblique

Deep (internal) inguinal ring - defect in transversalis fascia; lies midway between ASIS and pubic tubercle, 2-3 cm above femoral artery pulse; inferior epigastric vessels lie just medial to this ring
Superficial (external) inguinal ring - inverted V-shaped defect in external oblique aponeurosis

Contents of the inguinal canal (Males):

Testicular artery, veins, lymphatics
Vas deferens
Cremasteric muscle
Ilioinguinal nerve, iliohypogastric nerve, genital branch of genitofemoral nerve

In females: Round ligament traverses the canal to end in the labia majora.

Indirect (Lateral/Oblique) Inguinal Hernia

Hernia passes through the deep inguinal ring, lateral to the inferior epigastric vessels
Travels along the inguinal canal and may reach the scrotum
Congenital type: due to patent processus vaginalis (peritoneal tube that should obliterate after testicular descent but fails to)
All neonatal and childhood inguinal hernias are of this type
Acquired type also possible in adults if the deep ring weakens
More common, more likely to strangulate (narrow neck)

Direct (Medial) Inguinal Hernia

Hernia pushes through the posterior wall of the inguinal canal (Hesselbach's triangle), medial to the inferior epigastric vessels
Always acquired; caused by weakness/stretching of transversalis fascia
Hesselbach's triangle boundaries: inferior epigastric vessels (lateral), inguinal ligament (inferior), rectus abdominis (medial)
Less likely to strangulate (broad neck)
More common in elderly men with weak muscles

Laparoscopic View - Hernia Triangles

Bailey & Love Fig. 64.11 - Laparoscopic view of left inguinal region: Yellow = Hesselbach's triangle (direct/medial), Blue = indirect/lateral inguinal, Green = femoral hernia defect

Comparison: Direct vs Indirect Inguinal Hernia

Feature	Indirect (Lateral)	Direct (Medial)
Relation to inf. epigastric	Lateral	Medial
Origin	Congenital or acquired	Always acquired
Neck	Narrow	Wide
Strangulation risk	Higher	Lower
Age	Any, especially young	Elderly
Sex	Males >> females	Males
Goes to scrotum?	Yes	Rarely
Reducibility	May be irreducible	Usually reducible

8. MANAGEMENT OF INGUINAL HERNIA

Conservative

Watchful waiting safe in asymptomatic direct hernia, especially in elderly
Surgical trusses NOT recommended

Surgery

Herniotomy

In children only - excision and closure of the sac alone (no repair needed as muscles are healthy)

Open Suture Repair (Bassini's Repair)

Open the anterior wall (external oblique aponeurosis)
Dissect spermatic cord free, identify hernia type
For indirect: separate and excise sac, close at neck
For direct: invert sac, plicate transversalis fascia
Sutures placed between conjoint tendon (above) and inguinal ligament (below) to strengthen posterior wall
Shouldice modification: double-breasting of transversalis fascia; expert centres report <2% lifetime failure rate

Bailey & Love Fig. 64.14 - Inguinal canal anatomy as shown in Bassini's original description of suture repair

Mesh Repair (Gold Standard)

Closure of defect alone has high recurrence; mesh reduces but does not eliminate it
Lichtenstein tension-free repair - mesh placed flat over the posterior wall, most widely used open technique
Mesh can bridge, plug, or augment the repair
Current best practice: primary closure + mesh in tension-free manner with generous overlap
Suturing mesh edge-to-edge (inlay with no overlap) = NOT recommended
Synthetic meshes: polypropylene, polyester, PTFE - non-absorbable, allow tissue ingrowth

Laparoscopic Repair

TAPP (Trans-Abdominal Pre-Peritoneal) or TEP (Totally ExtraPeritoneal)
Mesh placed extraperitoneally over the entire myopectineal orifice
Advantages: less post-op pain, faster recovery, better for bilateral or recurrent hernias

9. FEMORAL HERNIA

"50% present as an emergency with very high risk of strangulation."

Bailey & Love, p. 1088

Anatomy of the Femoral Canal

Boundaries of the femoral canal:

Lateral: Femoral vein
Anterior: Inguinal ligament
Posterior: Iliopectineal (Astley Cooper's) ligament
Medial: Lacunar (Gimbernat's) ligament - sharp, unyielding edge that impedes reduction

Key Features

Feature	Detail
Incidence	Less common than inguinal; commoner in women (female pelvis wider, larger femoral canal)
Typical patient	Thin, elderly woman
Position	Below and lateral to the pubic tubercle
Risk	Very high strangulation risk (50% emergency); tight unyielding neck (Gimbernat's ligament)
Cough impulse	Often absent (irreducible neck is tight)
Misdiagnosed as	Lymph node (1-2 cm, no cough impulse)

Femoral vs Inguinal Hernia - Key Distinction

	Inguinal	Femoral
Position	Above and medial to pubic tubercle	Below and lateral to pubic tubercle
Sex	Males	Females (more common)
Strangulation	Less frequent	Very frequent (50%)
Cough impulse	Present	Often absent

10. VENTRAL HERNIAS

Umbilical Hernia

In Children:

Occurs in up to 10% of infants (higher in premature babies, and 8x more common in Black infants)
Appears within weeks of birth; increases in size when crying
Treatment: Conservative under age 2 (95% resolve spontaneously); surgical if persists beyond age 2
Surgery: curved incision below umbilicus, reduce contents, close sac, close defect with interrupted absorbable sutures

In Adults:

Umbilical ring stretches or reopens in adult life
Associated with: obesity, ascites (cirrhosis), pregnancy, multiparity
High risk of strangulation in cirrhotic patients (surgical repair required even if small)
Surgery: Mayo's repair (overlapping fascial closure) or mesh for larger defects

Epigastric Hernia

Through the linea alba between xiphisternum and umbilicus
Usually small, often contains only extraperitoneal fat (pre-peritoneal fat)
May be multiple
Pain out of proportion to size; no peritoneal sac initially
Surgery: repair with mesh for larger defects; recurrence risk even with mesh

Spigelian Hernia

Through the spigelian fascia - along the lateral border of rectus abdominis, below the arcuate line
Rare; often interparietal (between muscle layers) so no visible lump
Diagnosed by ultrasound or CT
High strangulation risk (narrow neck)

Incisional Hernia

Through a previous surgical scar due to wound failure
Causes: wound infection (most important), obesity, poor technique, abdominal distension
Often large defects with multiple loculi
Repair: Always use mesh; recurrence rate high even with mesh
Surgical options: open repair (sublay mesh), laparoscopic IPOM (Intraperitoneal Onlay Mesh)

11. COMPLICATIONS OF HERNIA

Complication	Description	Management
Reducible	Contents return spontaneously	Elective repair
Irreducible	Cannot be reduced manually	Urgent review
Obstructed	Bowel obstruction without ischaemia	Urgent surgery
Strangulated	Vascular compromise of contents	EMERGENCY surgery

Strangulation - Important Points

Signs: constant severe pain, vomiting, tachycardia, tender irreducible lump, overlying cellulitis/redness
Femoral hernias strangulate most frequently
Richter's hernia: only part of the bowel circumference is in the sac - can strangulate without obstruction
Maydl's hernia (W-hernia): two loops in sac, middle loop in abdomen strangulates
Treatment: Emergency laparotomy; resect non-viable bowel

12. CLINICAL EXAMINATION SUMMARY (Bailey & Love Summary Box 64.3)

Checks on every hernia:

Reducibility
Cough impulse
Tenderness
Overlying skin colour
Multiple defects / contralateral side
Signs of previous repair
Scrotal content (for groin hernia)

13. CLINICAL PHOTO: Bilateral Inguinal + Femoral Hernias

Clinical photograph: Bilateral inguinal hernias (above inguinal ligament) and bilateral femoral hernias (in femoral triangles) before and after surgical repair

Left image (pre-op): Four swellings visible - bilateral inguinal (above inguinal ligament) and bilateral femoral (in femoral triangles, lateral to pubic tubercle). Right image (post-op): Complete resolution after repair.

Summary Table: All Hernia Types at a Glance

Hernia	Location	Common in	Strangulation Risk	Notes
Indirect inguinal	Through deep inguinal ring, lateral to inf. epigastric	Young males	High	Congenital or acquired; can reach scrotum
Direct inguinal	Through Hesselbach's triangle, medial to inf. epigastric	Elderly males	Low	Always acquired; weak posterior wall
Femoral	Below inguinal ligament, through femoral canal	Elderly women	Very high (50%)	Below + lateral to pubic tubercle
Umbilical (child)	Through umbilical ring	Infants	Very low	95% resolve by age 2
Umbilical (adult)	Through umbilical ring	Obese/ascitic adults	Moderate	Cirrhosis = high risk
Epigastric	Through linea alba, above umbilicus	Middle-aged males	Low	Pain > size; often just fat
Spigelian	Lateral border of rectus, below arcuate line	Adults	High	Interparietal, diagnosed by US/CT
Incisional	Through surgical scar	Post-surgical, obese	Moderate	Always requires mesh repair
Parastomal	Around stoma	Stoma patients	Moderate	Common after colostomy
Obturator	Through obturator foramen	Elderly thin women	Very high	Howship-Romberg sign (thigh pain on extension)

Source: Bailey and Love's Short Practice of Surgery, 28th Edition - Chapter 64: Abdominal Hernia

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