Anatomy Lesson: Sam’s Surface

Greetings all Anatomy Students!

What do I mean by Sam’s surface? I refer to his surface anatomy, also know as topographical anatomy. This branch of anatomy identifies structures from features expressed at the body surface. It does require anatomical knowledge by the user and is non-invasive. 

Over the years, I have received many images of Sam and Jamie from followers asking me to apply arrows and identify structures. This lesson is a compilation of some of these images. I hope you enjoy as much as I do. 😉

So, let’s get started!

Frontalis: Paired muscles of facial expression, frontalis fibers run vertically in the forehead. When they contract, they lift the brows and produce horizontal wrinkles of forehead skin, conveying concentration and concern. Perfect example from model Sam (blue arrows).

Corrugator Supercilii: Paired muscles of  facial expression from the nose side to the middle of each eyebrow. Upon contraction, corrugators draw the brows together and down producing small vertical wrinkles between the brows and a small bulge of skin above the brows. Jamie and Murtagh show  corrugator prowess (red arrows) as they watch the King of France during his a “private” moment (Outlander, episode 202 “Not in Scotland Anymore!” 😱

And, this image from outlander episode 708 “Turning Points,” shows an outstanding example of corrugator supercilii (red arrows) as Jamie realizes he almost shot his son during the second Battle of Saratoga! 🥺

Procerus: Procerus are muscles of facial expression wrinkling the skin over the bridge of the nose and flaring the nostrils. Results? They help create an expression of anger. “Who are you calling a procerus?” threatens Sam (red arrows). 😆

Supercilium: As everyone kens, eyebrows add to facial expression. Anatomically, the eyebrow is the supercilium (super silly, huh?). Sam has naturally thin, beautiful brows (purple arrow). I recall him being asked at during an interview if he plucked them, to which he responded, “Never.”

Vermilion Border: The vermillion border is intersection between facial skin and the rim of lips (turquoise arrow). Sam’s border forms a lovely Cupid’s Bow in the midline.

Moving on to the hands….

Metacarpophalangeal Joint: This joint (green arrow) is formed where the metacarpals of the palm meet the proximal phalange, the first and largest finger bone.

Proximal Interphalangeal Joint: This is the intersection between proximal phalange and middle phalange (red arrow).

Distal Interphalangeal Joint: This joint occurs between middle phalange and distal phalange (blue arrow).

Attention: The wonderful image below is the property of @KayZee. ❤️

Didn’t everyone notice Sam’s beautiful hands as he discusses Claire with Murtagh before the wedding in Outlander Episode 107, “The Wedding.” 😍

Moving on to the torso…

The next image is JAMMF between floggings – Outlander episode 106, “The Garrison Commander!” 😱 Lots of arrows on this one and the list is loooong but so worth it! 

Trapezius: Trapezius (red arrow) is  a massive flat triangular-shaped muscle that is paired. Together, they lift the shoulder joint and pull the shoulder joint back and down.

Clavicle: Commonly known as the collar bone (turquoise arrow), the paired clavicles are 6″ S-shaped bones between sternum and each shoulder joint. Clavicle is also the most commonly fractured bone of the body (one of my grandsons fractured his last year). It holds the shoulder joint away from the sternum allowing for greater mobility of the arm.

Fun Fact: Dogs and cats don’t have clavicles so their shoulder blades shift to lie at sides of the torso; ours lie over our backs. Thus, their front limbs move forward and back whereas, ours can rotate almost 360°. The human shoulder joint is the most movable joint of the human body, all because of the clavicle! 🤩

Sternocleidomastoid: Paired strap-like muscles (green arrow) joining sternum (breast bone) and clavicle to skull behind ear. Acting alone, each muscle flexes the neck toward the shoulder and rotates the chin toward the shoulder. Together, the muscles draw the chin toward the sternum.

Fun Fact: Sternocleidomastoid muscles are one of over  20 pair of muscles acting on the neck! 🤓

Suprasternal Notch: This bony landmark (purple arrow) indicates the top of the sternum. Intrathoracic pressure can be measured via the soft tissues above this landmark.

Sternum: The sternum (yellow arrow) is an unpaired bone which forms the front of the chest. It provides attachments for clavicles and first seven pair of ribs. It also supports and protects vital organs such as heart and lungs.

Rectus abdominis: This paired muscle (orange arrow) forms the belly on either side of the midline. Each muscle is long and flat, extending from sternum and ribs to pubic bone. Acting together, they bend head toward pelvis. 

Deltoid: The deltoid (white arrow) is shaped like an inverted triangle and overlies the shoulder joint, giving the shoulder its rounded contour. It helps raise the arm forward, to the side and backward. It is subdivided into anterior (front), middle, and posterior (back) sections.

Pectoralis Major: The term pectoralis is derived from the Latin meaning “breast.” Gyms refer to them as ‘pecs.” Pec major is paired and the largest muscle (black arrow) of the chest They draw the clavicle downward. They also raise the arm forward, pull arm against torso, or rotate arm toward sternum.

Biceps Brachii: The biceps (pink arrow) are the large muscles at the front of the arm. They create the fabulous bulge that Popeye made famous. In Latin, biceps means “two heads,” so named because the muscle originates from two different parts of the scapula. Biceps flexes the elbow joint and rotates the palm forward/upward. It also flexes the shoulder joint and draws the humerus (arm bone) against the torso.

Fun Fact: Contrary to popular opinion, biceps is not the prime mover of the elbow joint! A deeper lying muscle, brachialis, is the prime mover. 💪🏻

Latissimus Dorsi: Latissimus dorsi (aqua arrow) is a large flat muscle of the back. It inserts on the humerus pulling it backwards, against the body, and towards the sternum. Sam’s latissimus is massive! 🥳

and

The previous image of Sam as Jamie reminds me of “The Wound Man,” a surgical diagram that appeared in European medical texts of the fourteenth and fifteenth centuries, up until the 1700s. It showed various battle injuries and diseases that a medical practitioner might encounter. Cures were listed on nearby pages. A horrifying image, for sure! 😳

Next, Sam’s back is a marvelous roadmap of topographical anatomy.

Infraspinatus: This muscle (yellow arrows) extends from scapula (shoulder blade) to humerus (arm bone). It externally rotates and stabilizes the shoulder joint. Along with three other muscles, it helps form the rotator cuff of the shoulder joint.

Triceps Brachii: The triceps (orange arrow) derives its name from Latin meaning three heads because it takes origin from the scapula and two different areas of the humerus. It ends on a forearm bone, the ulna. It extends (straightens) the elbow joint.

Brachioradialis: This muscle (aqua arrow) attaches humerus to radius, a forearm bone. It helps flex the elbow joint.

Extensor Carpi Radialis Longus: This forearm muscle (violet arrow) reaches from humerus to second metacarpal bone. It extends (straightens) wrist and abducts hand (moves hand toward thumb).

Extensor Digitorum: Extensor digitorum lies next to extensor carpi radialis longus (blue arrow). It extends all four fingers (not thumb). Straighten your bent fingers. Extensor digitorum did that!

Extensor Carpi Ulnaris: This forearm muscle (green arrow) reaches from humerus to fifth metacarpal bone.  It extends the wrist and adducts the hand (moves hand away from thumb).

Posterior Deltoid: The deltoid  was explained above but now we add a caveat. Sam’s posterior deltoid (black arrow) is unusual because a distinct groove separates it from  middle deltoid (white star). Most people do not exhibit this distinct separation.

Erector Spinae: This massive muscle  (red arrow) is paired; it has several parts based on origin and insertion of the muscle fibers. Working together, erector spinae straightens the back; working alone, it rotates the back.

Next is Sam in a full plank position with elevated feet. This one has a number of repeated structures, but is still delightful to view. 🤩

Trapezius: Yellow arrow – see above

Deltoid: Blue arrow – see above

Pectoralis Major: Pink arrow – see above

Biceps Brachii: Violet arrow – see above

Latissimus Dorsi: Aqua arrow – see above

Rectus Abdominis: Orange arrow – see above

External Abdominal Oblique: The EAO is the largest flat abdominal muscle found at front and side of abdomen. It is also paired. It attaches to ribs above and pelvic bones below. Its fibers run from the sides downwards like your hands tucked into jean pockets. Acting alone, the EAO rotates the torso; acting together EAO pulls chest toward pelvis (as in curl ups). It also compresses the abdominal cavity. This muscle is important for posture and torso movements.

Brachioradialis:  red arrow- see above

Cephalic Vein: A vein of the arm – see below

This image of Sam in a sprint position is awesome because it shows:

Posterior Deltoid: Already described above, the white arrow indicates the unusual and distinct groove between middle deltoid and posterior deltoid.

Extensor Digitorum: Green arrow – see above

Extensor Digiti Minimi: This wee muscle (red arrow) isn’t prominent unless the forearm is highly muscular and subcutaneous fat is low. EDM reaches from humerus to wee finger and extends (lifts) it.

Some X followers already have seen my tweet of this image of Michelangelo’s “Moses” sculpture. But, for those who haven’t, it shows the master’s  attention to wee extensor digiti minimi! 🥰

Next is a full body view of Sam’s surface anatomy. This one shows a few arms veins that is a phlebotomist’s dream!

Just a note that venous pattern throughout the body is extremely varied so much so that hand vein patterns can be used to identify a person.

Median Antebrachial Vein: The median antebrachial vein (gold arrow) and its tributaries gather blood from hand and forearm and return it to the basilic vein (not shown).

Cephalic Vein: This large vein (red arrow) gathers blood from hand and forearm and returns it to a large vein (axillary vein) deep to the collar bone. Its name means “head” in Latin because its path through the arm points toward the head.

Deltopectoral Groove: Cephalic vein is traced through the deltopectoral groove (white arrow), a groove between anterior deltoid and pectoralis major muscles. 

Median Cubital Vein: This vein (orange arrow) located in the cubital fossa (elbow hollow) forms a bridge connecting cephalic and basilic veins.

Fun Fact: Median cubital vein is the preferred site for blood draws because it is large and doesn’t tend to roll or move when a needle is inserted. The area also has fewer pain endings.

Moving to the lower limb! 🤗

Just So You Know: Anatomists define the thigh as that part of the lower limb between hip and knee and the part between knee and foot is the leg.

Vastus Lateralis: Aptly named, vastus lateralis (blue arrow) is vast on Sam-our-Man! Vastus lateralis is part of the quadraceps group of four (some say five) thigh muscles. It arises from the femur and inserts on the patella. It then joins the other quad tendons to form a common tendon that inserts on the tibia (largest leg bone). It is the largest and most powerful muscle of the quadraceps group. Together with the other quadraceps muscles, it extends (straightens) the knee joint and keeps patella in proper alignment.

Fun Fact: The vastus lateralis is the recommended site for intramuscular injection of infants under 7 months old and those unable to walk or with loss of muscle tone and mass.

Vastus Medialis: Also a member of quadraceps, this muscle (black arrow) arises from the femur and inserts on the patella and then, tibia. It has the same function as vastus medialis (see above).

PatellaAlso known as the knee cap, patella (purple arrow) is the largest sesamoid bone in the body, meaning it is enclosed in ligament or tendon.

GastrocnemiusGastrocnemius has two heads arising from different parts of the femur. These join together to help form Achilles tendon which inserts into the calcaneus (heel bone). Sam’s medial head (green arrow) is very apparent in this image. It is a powerful muscle that plantar flexes (points) the foot and flexes the knee joint.

Tibia: Tibia (violet arrow) is also known as the shin bone. It is the larger of the two leg bones. Together with the femur, tibia forms the knee joint and with the fibula (smaller leg bone), it forms the ankle joint.

Next is a famous image of Sam flipping kilt for the “girls” at Emerald City ComicCon, March 6, 2017.  Plenty of thigh muscle on display here! 😜

This amazing image is property of Marcia M Mueller. 👏🏻

Biceps Femoris: Biceps femoris (so named because it has two heads). The long head (red arrow) arises from the ischium (part of pelvic bone) and the short head (green arrow) arises from the femur (thigh bone). Both heads join into a single tendon that inserts on the fibula. Biceps femoris is a powerful flexor of the knee joint.

Not so Fun Fact: Avulsion (tearing away) of the biceps femoris tendon is common in sports that require explosive bending of the knee as seen with sprinting! 😱

Vastus Lateralis:  Blue arrow – See above

Quiz time!

Try to identify the structures in this last image of Sam. Do your best. Answers appear after the image. Good luck!

    • Orange arrow – sternocleidomastoid muscle
    • Violet arrow – pectoralis major muscle
    • Aqua arrow – Biceps brachii muscle
    • Green arrow – Vastus lateralis muscle
    • Red arrow –  Vastus medialis muscle
    • Blue arrow – medial head of gastrocnemius muscle
    • White arrow – Inguinal groove, (aka Adonis belt)  *** Extra credit for this one because we didn’t discuss! 😃

Well done, students! 🏆

The deeply grateful,

Outlander Anatomist

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Photo Creds: Sony/Starz; www.menshealth.com, www.thewrap.com, www.Wikimedia, @marciammueller, @samheughan, @kayzee

Anatomy Lesson #64: Inguinal Hernia

Hey, anatomy students! Are you interested in hernias? If yes, you came to the right place! Today’s lesson, Inguinal Hernia, is prompted by Dr. Claire performing a hernial repair in Outlander episode 408, Wilmington. Let’s pass through the stones and review the scene as it unfolds at a local 18th century theater!

Warning: Two images in this lesson show the groin area. One is of Jamie at Lallybroch millpond, the second is a clinical image. I think all readers are adults and will be OK with these. But, the warning is for those who might find such content objectionable.

After meeting Governor Tryon and his associate, Edmund Fanning, Claire observes Fanning in distress. Turns out, he suffers paroxysms of pain from a strange protrusion, incurred after standing against a mob in Hillsborough. His boots stayed in the mud as his body turned after delivering rum to appease rioters. Oh, my!

Talk about theater! Barely watching that dreadful play, Jamie learns his Godfather is in peril and devises a plan. Hum….mayhap a poke in the puir fellow’s aching belly will buy valuable time? A quick jab to the left and Fanning needs a surgeon!

Talk about belly aching! Call Surgeon Sasseynach….. STAT!

Claire to the rescue! She speedily diagnoses an inguinal hernia – confirming her earlier suspicions:

“The intestines have moved and the blood flow may be cut off!” 

Fanning is quickly laid on a table as Claire marshals helpers, knife, needle, thread, linens and rum. Lots of linens and lots and lots of rum!

That is quite the lump, Edmund! A left inguinal hernia but a bit too high on the abdominal wall!

She drapes and swabs the surgical field, sterilizes a knife in alcohol and flame, threads a needle, grinds the wheat and bakes the bread! <G> 

Claire begins surgery with the knife positioned near the hernia, poised to cut above the bulge and parallel to it. Good choice, Claire!

Then, inexplicably, she switches direction and cuts across the hernial bulge!!! Bad choice, Claire! 😱

She cuts very deep and there’s a lot of blood!

Then, with considerable effort, she shoves the hernia (see below) towards the midline of the body (linea alba). Pushing bowel the wrong direction, Claire!!! 😱

She skillfully sutures the wound with very what appears to be carpet thread. Not surprising, as it was likely salvaged from the costume department.

And, unlike the actors of that dreary, lugubrious play, Claire receives a standing ovation for a job well done!

Now for the science. Yay!

Hernia Defined:  Simply put, a hernia is a protrusion or bulge caused by an organ or tissue pushing through the wall enclosing it (Image A).

Image A

Types of Herniae: Hernae (pl) occur in different body areas, but the most common site is the abdominal wall (Image B). These include: 

  • epigastric (between tip of breastbone and navel)
  • inguinal (groin area)
  • femoral (upper thigh)
  • umbilical (navel)
  • incisional (surgical scar)

Image B

Understand that groin herniae are the most common type of abdominal herniae; these include both inguinal and femoral types. As Claire diagnosed an inguinal hernia, the lesson will cover only this type. 

Inguinal Region: Inguinal herniae occur in the inguinal region. But wait! Where, exactly, is the inguinal region? Our fav anatomical model volunteers to demo! Yay, Jamie! Here, from the sky-blue waters of the freezing mill pond (Starz ep 112, Lallybroch), Jamie kindly lends a sneak-peak!

Specifically, the inguinal region is the area between anterior superior iliac spine (ASIS) and the pubic tubercle (red arrows). Can you see it? Of course, you can. Focus, students!

Both ASIS and pubic tubercle are easily palpable landmarks of pelvic bones, especially in the lean and physically fit.

The very strong inguinal ligament spans these two bony points. The ligament is overlaid by a skin crease, the inguinal groove,  the site where torso meets thigh. Also, female inguinal grooves are more horizontal; male inguinal grooves are more vertical. This is because female hips are wider and the paired ASIS are further apart.

(Psst…..please forgive the blue mask overlying Jamie’s upper torso.  This is to discourage bots from tagging this image as sexually explicit and landing OA in FB jail!!!)

Try This: Lay on your back and feel the prominent point of one hip bone (ilium), this is the ASIS. Now, move finger to pubic bone and feel a bump at the upper-outer margin, this is the pubic tubercle.  The inguinal ligament spans these bony landmarks. 

Inguinal Hernia: The inguinal hernia is a bulge in the abdominal wall above the inguinal groove. There are direct and indirect inguinal herniae. Both types are strictly defined based on their relationship to an abdominal artery and vein (inferior epigastric vessels, IEV)

  • Indirect inguinal hernia produces a bulge above the inguinal ligament that is lateral to the IEV.
  • Direct inguinal hernia produces a bulge above the inguinal ligament that is medial to the IEV.

Why is it important to diagnose the type? Because this may help determine how the hernia will be treated.

Image C shows right-sided indirect inguinal herniae of a male (L panel) and a female (R panel); both herniae lie above the inguinal groove and developed lateral to the IEV. This image also shows how the female inguinal groove is more horizontal than the male.

Inguinal Herniae Statistics:

  • can develop at any age
  • direct inguinal hernia 10x more common in men than in women
  • indirect inguinal hernia 25x more common in men than in women
  • more common in men above age 40
  • more common on R than L side
  • more common in people with a family history

Image C

Symptoms: Symptoms of an inguinal hernia include (Image D): 

  • bulge of inguinal region which may extend into scrotum or labia
  • pain/discomfort with coughing, exercise or defecation
  • pain increases during the day and lessens when lying down
  • bearing down enlarges the bulge
  • heartburn, chest pain, pain with eating 
  • redness or other discoloration of the bulge

Importantly, some inguinal herniae may be asymptomatic! Regular physical exam and complete history should consider this possibility.

Image D

Descent of Testes: There are two very important reason why inguinal herniae are more common in males than in females:

  • Males tend to do more manual labor requiring heaving lifting thereby straining the abdominal wall. Usually accounts for direct herniae.
  • Testes descend through the inguinal area during intrauterine life. Usually accounts for indirect herniae. Wait! What???

Yes. Ovaries and testes develop in the abdominal cavity.  Over time, ovaries descend as far as the pelvis but testes continue to descend into the scrotum, a process that typically completes about week 28 of pregnancy.   

Testicular descent is complicated but Image E offers a simplified visual. Descent through the inguinal region involves passing through layers of abdominal muscle and connective tissue (fascia), layers which follow the testes all the way into the scrotum. In addition, a finger of peritoneum, the membranous lining of the abdominal cavity, is dragged along with the descent. This finger of peritoneum is the processus vaginalis.

The channel created by passage through the abdominal wall is dubbed the inguinal canal.  Now, this is not a canal in the usual sense, but rather a slit-like passageway. The canal also has internal (deep) and external (superficial) inguinal rings, but these are difficult to explain and not particularly useful in today’s lesson.

If all works as nature intends, each processus vaginalis closes after descent is complete. However, these may fail to close or reopen later in life, leading to an indirect inguinal hernia.

Females also develop an inguinal canal and processes vaginalis but these are smaller and usually close off more readily because no testicular descent is involved.

Image E

Indirect Inguinal Hernia: For your viewing pleasure, this simple cartoon illustrates testicular descent. As you view the video, notice the cream-colored “finger” that accompanies the testis into the scrotum. This finger is an extension of the peritoneum, the membrane that shrink-wraps all surfaces of the abdominal cavity and its organs.

Image E correctly labels this finger-like extension of peritoneum (tan in Image E) as the processus vaginalis. To reiterate, normally, after testicular descent, the processes vaginalis closes off.

If the processus vaginalis does not close off, or reopens later in life, then fluid, fat or loops of bowel may slither and slide down into the patent processus vaginalis forming a hernia. Not good!

Image F demos such unruly outcomes:

  • Left panel shows a testis in normal position in the scrotum – no remnant of the processus vaginalis is present (patient facing to your R)
  • Right panel shows a partially open processus vaginalis containing a loop of inflamed bowel.
  • Middle panel shows a more extreme situation where the processus vaginalis is open all the way and bowel has slipped down into the scrotum.

If bowel becomes trapped in the processus vaginalis, its blood supply may be diminished, a condition known as incarceration or strangulation. This is a medical emergency because if the bowel dies due to insufficient blood supply, its wall breaks down allowing bacteria to seed sterile body spaces. Untreated, this leads to septicemia and death, especially in the 18th century! So, Claire is correct about surgery being necessary to save Fanning’s life. 

A direct hernia works much the same way except the cause is a weaken lower abdominal wall usually from age, pregnancy, heavy lifting, etc. Here, a sac of peritoneum balloons out through the lower abdominal wall wherein bowel may become strangulated with similar fearsome outcomes. Here, intestine cannot enter the scrotum or labia because no processus vaginalis is involved.

Image F

Claire’s Repair: Today, various techniques are used to repair inguinal hernias. Mr. Fanning’s hernia required pushing the bowel back into place followed by suturing the muscle and fascia layers and then the skin. No mesh in those days!

Fanning’s special FX were pretty good. However, I must make the following observations:

  1. Fanning’s hernia lies too high on the abdominal wall for an inguinal hernia. It should be nearer the inguinal groove or pubic bone. Perhaps the site was chosen to avoid TMI?
  2. No surgeon worth their salt would dare cut across a hernial bulge for risk of cutting into the bowel itself! Claire’s initial knife position was correct, why she switched position was puzzling. Perhaps, to make FX more buzz-worthy?
  3. Too much blood oozed from the skin cut which is also too deep – inguinal skin doesn’t bleed that much and is thin. Again, this may have been designed to produce a collective viewer’s gasp.
  4. The FX that really caused me to cringe is the force Claire employs to push the bowel toward the body midline!  Nope. That direction, the bowel has no place to go. No wonder Fanning screams!  If his is an indirect inguinal hernia, Claire should push the bowel toward his upper left (toward ASIS) following the inguinal groove. If his is a direct inguinal hernia, Claire should push the bowel directly downward so it re-enters the abdominal cavity.
  5. That is one honking thread Claire uses to close the wound! It will likely cause a foreign body reaction accompanied by chronic discomfort but infinitely preferable to dying from an incarcerated bowel!
  6. As Edmund’s bowel was incarcerated, the overlying skin should have appeared inflamed. It didn’t.

Quotes from Outlander books always enrich any anatomy lesson and this is no exception. The inguinal hernia makes its debut In Drums of Autumn book, wherein Claire repairs one on mountain man, John Quincy Myers – atop Auntie Jo’s dining room table – in front of dinner guests!  Based on the description, Myers has an indirect inguinal hernia (see Image F, middle panel).

I checked that my supplies and suture needles were ready, took a deep breath, and nodded to my troops. 

“Let’s go.”

Myers’s penis, embarrassed by the attention, had already retreated, peeping shyly out of the bushes…Ulysses himself delicately cupping the baggy scrotum away, the hernia was clearly revealed, a smooth swelling the size of a hen’s egg, its curve a deep purple where it pressed against the taut inguinal skin.

I swabbed the perineum thoroughly with pure alcohol, dipped my scalpel in the liquid, passed the blade back and forth through the flame of a candle by way of final sterilization, and made a swift cut.

Not large, not deep. Just enough to open the skin, and see the loop of gleaming pinkish-gray intestine bulging down through the tear in the muscle layer. Blood welled, a thin, dark line, then dribbled down staining the blanket.

I extended the incision, swished my fingers thoroughly in the disinfecting bowl, then put two fingers on the loop and pushed it gently upward.

…I could feel the movement of his intestines as he breathed, the dark wet warmth of his body surrounding my gloveless fingers in that strange one-sided intimacy that is the surgeon’s realm. I closed my eyes and let all sense of urgency, all consciousness of the watching crowd drop away.

…Time stopped. I was acutely aware of each movement, each breath, the tug and pull of the catgut sutures as I tightened the inguinal ring, but my hands did not belong to me.

…Then it was done, and time began again.

“Done,” I said, and the hum from the spectators erupted into loud applause. Still feeling intoxicated—had I caught drunkenness by osmosis from Myers?—I turned on one heel and sank into an extravagant low curtsy, facing the dinner guests.

My favorite part of Fanning’s surgery comes when the 18th century physician bustles in declaring “What hath hell wrought?” Yeah, women didn’t do surgery or openly practice medicine in those days.

Then, he accused Claire of butchering the poor man, finishing with: “All he needed was some smoke up the rear.”  Bwahahaha! Priceless! 

This entertaining 10 minute video by Dr. Carlo Oller does a terrific job of summarizing much of today’s lesson as well as providing additional tips about hernia prevention and care. Hope you watch!

OK, anatomy students. That is it for today’s lesson.  Anatomy of the inguinal region and its associate pathology are complex, but it behooves us all to stay vigilant for signs and symptoms of a hernia.

Let’s close with this simple thought: as inguinal hernias occur more frequently in males than females, shouldn’t these be called, himnias? Wink. Wink.

A deeply grateful,

Outlander Anatomist

Photo Credits: Starz ep 112, Lallybroch, ep 408, Wilmington.

Image A www.study.com, Image B www.newsnetwork.mayoclinic.org, Image C www.laparoscopythane.com, Image D www.verywellhealth, Image E www.teachmeanatomy.info; Image F www.bodyadvances.com