How to study gross anatomy in PA school

The written and the practical reward different kinds of knowing. Study them as two courses.

• The written exam tests relationships. What runs through the carpal tunnel, what the phrenic nerve supplies, which root value a reflex tests, what a lesion at this level would knock out. Multiple-choice, true/false, and short-answer questions are all asking "what is next to what, and what happens when it fails." Flashcards and practice questions are the right tools, and they need to run daily, not the week before. Most programs also run the written closed-book under proctoring software, and where the format includes short-answer items, the answer has to come off a blank line, not out of a list — so practice retrieval until you can generate it cold, because recognition-level studying survives only multiple choice.
• The practical tests recognition under a clock. A tag on a cadaver, model, or bone; 60–90 seconds; name it. No partial credit for "I know it's one of the three adductors." This is a visual-recall skill built only by looking — at the tank, at models, at your own drawings — and it is almost always graded straight from the laboratory study lists.
• The study list IS the practical. Most programs hand out a list of structures for every lab session and write the practical from exactly those lists. Treat each list as the exam's answer key: every structure on it needs a name, a location, and one relationship (what it's next to, what passes through it, what supplies it).

Anatomy lectures are mostly labeled figures. The cards have to name what the figures show.

• One lecture, one drop, the same day. Most programs post the lecture slides (and often a recorded video) ahead of each lab. Drop the slide PDF into PA School Survival the day it appears and you get a study kit — flashcards plus board-style questions — filed to the PANCE body system it belongs to. Two lectures a week is the usual pace; doing them as they land keeps you inside the free allowance and never leaves you building six decks the night before an exam.
• Grade the cards that night. A deck you haven't graded yet isn't in your daily review. Open the new deck's Flashcards tab, go through it once with Again / Hard / Good / Easy, and the scheduler takes over from there — each card comes back right before you'd forget it. Ten minutes the same evening is worth an hour the following week.
• Spend the diagram credit on the figure-heavy lecture. The default (free) path reads the slide text. Anatomy slides often carry the teaching in the figure labels, so for the one lecture per module that is mostly diagrams — the brachial plexus, the pelvic floor, the cranial nerves — use a Rich (diagram) build, which reads the figures too. Free accounts get one a month; that one belongs on anatomy.
• When the lecture is a chart, drill it as a chart. Some lectures are neither figures nor prose — they are a grid. The functional components of a spinal nerve and what each one carries; the cranial nerves column by column; muscle attachment, innervation and action; the autonomic outflow and where its cell bodies sit. Flashcards handle that material badly, and it is worth knowing why: a card per cell loses the row it belongs to, and a card per row is too big to answer in one go. The exam usually prints the grid straight back at you, so rehearse it in the shape it will be asked — blank a few cells and refill them, then rebuild the whole thing from a pile of its own entries, and spend your next pass on the rows you rebuilt wrong rather than the ones you already own. The Chart drill on the peripheral nervous system and head & neck guides here runs exactly that, if you would rather not rule up a sheet of paper every time.
• Drop the lab study list as well. The study list is a text document, and text is what the generator is best at. A list of structures comes back as structure-by-structure cards — location, relationship, clinical hook — which is the practical-exam deck you'd otherwise have to write by hand.
• Follow the lecture with a pen in hand. Many anatomy instructors annotate the slides live as they lecture, and a common recommendation is to follow along the same way — colored pencils on a printout, or a stylus on a tablet. Color-code by structure type as you go (arteries red, veins blue, nerves yellow is a common convention) and a wall of labels turns into something your eye can parse on a practical. The habit complements the drop, it doesn't replace it: the deck drills the names, the color-coded copy trains the eye.

Lab agreements almost universally ban photography. The practical drill has to be built some other way — and part of it is already built for you.

• Warm up on the region guide's drills. Every region guide on this site carries a free Practice panel over the same structures a practical tags: Learn flip cards that queue what you keep missing, a matching game, and a two-level labeling drill (Level 1 picks each name from a word bank; Level 2 makes you type it from recall — and the practical is a Level-2 event). Some guides add more where the material supports it: Diagram, original teaching diagrams to fill in (peripheral nervous system, back & spinal cord); Chart, an exam table rebuilt from its own cells (peripheral nervous system, head & neck); Clock, structures learned as positions on a clock face (abdomen); and Quiz and Exam, the unit's question bank run untimed or timed (peripheral nervous system, thorax, abdomen, pelvis & perineum, head & neck). No login, no photos of anything, and your needs-work queue is remembered on your device.
• Sketch the field from memory, then label it. After each lab, draw the dissection field you just worked — no atlas open — and label every structure from the study list. Then open the atlas and correct yourself in a different color. Notes & Sketches has a real ink tool for exactly this; the act of drawing is the recall, and the corrections are the feedback.
• Name-to-structure AND structure-to-name. The practical tags a structure and asks its name; the written names a structure and asks what it does. Drill both directions: cover the label and name it, then cover the structure and point to where it should be. A deck built from the study list runs the second direction; the sketch runs the first.
• Use open-lab hours and other tables. Most programs assign your team one cadaver for the entire semester, so your table shows you exactly one body's anatomy. Variation is normal, and the practical can tag any table. Walk every table during open lab with the study list in hand, and make the other groups show you their dissection — it's faster than finding the structure yourself and you'll remember the conversation. Instructors typically brief the room and then circulate among the tables — they may not reach every group every session, so have your questions ready when one arrives rather than hoping to be found.
• Models and bones are fair game. Most practicals also tag plastic models and osteological specimens. They are easier to identify than wet tissue, which is exactly why students under-study them and lose easy points. Budget a pass through the bone box for every module.

Most programs fold embryology into the regional modules rather than teaching it as its own course. It surfaces almost entirely on the written exam — and often dressed as a congenital malformation.

• Pair each region's development with its adult anatomy. Heart embryology belongs to the thorax weeks, gut rotation to the abdomen, limb buds to the limbs — most programs thread development through the regional modules, and dissection sequences are often framed partly around embryological origin. Studying embryology as its own separate pile means learning the same territory twice with none of the connections. The structure you just dissected is the mnemonic for how it got there.
• The malformation IS the exam question. Course outcomes usually list recognizing clinically relevant congenital abnormalities — which is exam-speak for expect it on the written. For every structure, learn the pair as one unit: what folds, rotates, or fuses there, and what the failure of that step is called. The step without its named failure is half an answer.
• Make cards from the embryology slides — don't re-read them. Development is a narrative, and narratives are seductive to re-read: the story makes sense every time, and none of it comes back under exam pressure. Treat the embryology lecture exactly like a regional one — same-day drop into PA School Survival, same module, same daily review — so week-one folding and fusing is still in rotation when the module exam arrives. A step and its named failure are the natural front and back of a card.
• Small topic, real grade weight. Embryology lives on the written side of the grade, threaded across the module exams rather than gathered in one place — and its questions count the same as the nerve pathways beside them. There is no throwaway region and no throwaway topic within one. Skipping the "side subject" donates points on the larger half of the grade.

A written module exam spans every lecture since the last one. Study it as one exam, not four lectures.

• Run a timed exam across the whole module. Group the module's decks together and run a timed round over all of them at a minute per question — feedback withheld until the end, the way the real thing works. The pacing readout tells you whether you're running out of time or running out of knowledge, which are fixed differently.
• Inside the last two weeks, consolidate — don't add. A flashcard you start a week before the exam cannot reach a long-term interval before exam day; the scheduler's arithmetic doesn't allow it. Clear what's due every day, retry what you miss, and resist loading new material. Put the module's exam date on the countdown and it will tell you when that window opens.
• Know where the grade actually lives. Most programs split the course into a handful of regional modules that each carry a comparable share of the final grade — the module you find dull counts as much as the one you love. Within that, written exams usually carry about half of the final grade, with the practicals making up most of the rest; the lab is where the course lives, but the written is where the grade is won or lost. If your course runs small online quizzes, they are typically a few percent apiece — close to free points, and more usefully your first objective signal of whether the study method is working before a real exam lands. A weak quiz is a cheap warning; take it as one.
• Aim at 85, not at passing. Most programs require remediation below 80% on any single assessment — not just a fail. The makeup work arrives while the next module is already running, so a weak module costs you twice; the mechanics live in the remediation question below. The target that keeps you out of that office is 85 — which, conveniently, is also the level where the material actually sticks into clinical medicine.
• Keep the cards running after the exam. Anatomy is cumulative. Module-one back and thorax reappears in cardiology, pulmonology, and every physical-exam course, and then on the PANCE under musculoskeletal, neurology, and EENT. Leave the decks in your daily review at their long intervals; they cost a minute a day and pay off for two years.
• Watch the whole-module review once the cards are clean. A 12:57 video review, Thorax, Abdomen & Pelvis Review, walks the module's regions as one story — the structures the practical tags and the relationships the written exam asks, in the order you dissected them. It is the last pass, not the first: watch it in the final week, after the day's due cards, to hear the module whole before you sit it. Watch the review on the anatomy hub

What backs up the lab, and what stays out of the exam room.

• One atlas, one dissector, one 3D app. Programs recommend an atlas and a dissector, and the atlas lists usually span two kinds: illustrated (Netter, Grant's), whose idealized drawings are the clearest way to first learn a region, and photographic (Rohen), whose real specimens — messier, browner — are what a tagged structure on a practical actually looks like. Learn from the drawings, test yourself against the photographs; most labs keep a bench copy of an atlas and the dissector. A 3D app — Complete Anatomy, Visible Body, Kenhub — is for the relationships an atlas flattens. Pick one of each and stop shopping.
• Know the vocabulary before day one. Anterior, posterior, medial, lateral, proximal, distal, the three planes, the body cavities, the regional names, the movement terms. Every lab instruction and exam stem is written in them. The free Level-1 anatomy deck on the medical-terminology page covers the set in an evening.
• AI is a study aid — never an exam aid. Nearly every program's generative-AI policy says the same thing: tools that help you study, explain, and practice are fine; anything that completes a quiz, an exam, or a graded assignment for you is an integrity violation. Everything on this site is built for the first category. Close it during an online quiz. Many programs now also expect disclosure when AI assists work you submit — cite the tool and say briefly what you used and where — and when a policy is silent, ask the instructor rather than assuming undisclosed use is fine.
• Your slides stay yours. Lecture material belongs to your program. Decks generated from your slides are private to your account, the source file is deleted after the build, and nothing here shares or publishes them.