Medico Guides 5th Block (Module No 09) Physiology Guidelines

Prepared by:

                   Usman Qaisar (G13)

Compiled by:

                   Hafiz Muhammad Umair Noor (G12)

Recommended Book:

  • Guyton and Hall Textbook of Medical Physiology 14th Edition (Chapter numbers are mentioned according to this edition)

SPECIAL SENSES

HNSS-P-001:

  • Optics of eye(read)
  • Emmetropia (imp)
  • Hyperopia comp
  • Myopia comp 
  • Astigmatism (imp)
  • Give read to correction of optical abnormalities with contact lenses

HNSS-P-002:

  • Treatment of refractive errors
  • Definition of visual acuity

HNSS-P-003:

  • Fluid system concept (imp)
  • Outflow of aqueous humor (very imp) (proff mcq)
  • Intraocular pressure normal value (imp) + it’s regulation

HNSS-P-004:

  • Glaucoma (open + closed angle ) imp

HNSS-P-005:

  • Retina layers(vvv imp seq + mcq) with fig 51.1
  • Fovea of retina (imp) + optic disc
  • Rods and cones structure + fig 51.3 (vvv imp)
  • Pigment layers of retina (melanin + vitamin A) imp
  • Retinal blood supply + retinal detachment (imp)

HNSS-P-006:

  • Visual cycle (imp) + fig 51.5 + activated rhodopsin (imp seq)
  • Role of vitamin A + night blindness (scenario based seq)
  • Excitation of rods + fig51.6 + fig 51.7 (vvv imp)
  • Do make a concept of hyperpolarization + photo transduction (imp for proff)
  • Read to excitation cascade

HNSS-P-007:

  • Light and Dark adaptation (vvv imp proff seq)
  • OOtherMechanisms

HNSS-P-008:

  • Read to color vision + do definitions of protonope + deuteranope + tritonope (for mcq)
  • Neural functional layer of retina (imp cells)
  • Visual pathway + fig 51.12 (imp)
  • Important neurotransmitters
  • Make a concept of how signals transmitted through electronic conduction not by action potential (imp viva question)
  • Lateral inhibition (imp for mcq)
  • Types of bipolar cells (imp)
  • Amacrine cells (imp for mcqs)

HNSS-P-009:

  • Visvual pathway (vvvvv imp for proff + sendup) + visual fibers going to 5 older areas of brain
  • Function of lateral geniculate nucleus (imp) + it’s layers + gating system
  • Primary + secondary visvual Cortex fig 52.2 + fig 52.3 (mcq)
  • Effect of removing primary visual cortex (imp viva)
  • Abnormalities of visual pathway (chart will share in below shared pictures) (vvv imp mcq + seq)

HNSS-P-010:

  • Physiology blind spot (imp mcq + seq)
  • Scotoma

HNSS-P-011:

  • Abnormalities of visual field

HNSS-P-012:

  • Macular control of eye moment (imp)
  • Neural pathway

HNSS-P-013:

  • Strabismus (imp) + fig 52.10

HNSS-P-014:

  • Mechanism of accomodation
  • Accomodations for far and near (imp)
  • Parasympathetic control of accomodation
  • Presbyopia (imp)
  • Control of accomodation (Chp 52)

HNSS-P-015:

  • Pupillary light reflex (imp for seq)
  • Pupillary reflexes in CNS diseases (Edinger Westphal nucleus) + (Argyll Robertson pupli) (imp)
  • Horner syndrome
  • Differential diagnosis of anisocoria (picture share below)

HNSS-P-016:

  • 53.1 (imp) + do read a detail for better understanding
  • Impedence matching (vvvv imp seq)
  • Attenuation reflex (vvv imp seq scenario based)
  • Otomycosis
  • Impacted ear wax

HNSS-P-017:

  • Read of functional anatomy of cochlea
  • Fig 52.3 (imp for mcqs)
  • Basilar membrane concept
  • Transmission of sound waves in cochlea + vibration patterns (imp seq)

HNSS-P-018:

  • Function of organ of corti fig 53.6
  • Excitation of hair cells (imp)
  • Transmission of auditory signal + fig 53.7 (imp seq+ mcq)
  • Endocochlear potential (imp)

HNSS-P-019:

  • Normal rage of hearing
  • Place principal (vvvv imp seq)
  • Volley’s principal
  • Determination of loudness (imp seq)

HNSS-P-020:

  • Auditory nervous pathway + fig53.9 (vvv imp seq)
  • Type of deafness (imp seq)

HNSS-P-021:

  • Primary taste sensations (names + how it produce)
  • Taste blindness (imp)
  • Read to taste buds and it’s function
  • Location of taste buds + fig 54.1

HNSS-P-022:

  • Mechanism of stimulation of taste buds (vvv imp)
  • Transmission of taste signals + fig 54.2 ( vvvvv imp for seq)

HNSS-P-023:

  • Definition of aguesia, hypoguesia, hyperguesia, dysgeusia (imp seq+ mcq)

HNSS-P-024:

  • Taste preference and aversion

HNSS-P-025:

  • Sense of smell
  • Olfactory membrane+ fig 54.3 (read)
  • Stimulation of olfactory cells (read )
  • Action potential in olfactory cells (imp)
  • Primary sensation of smell (vvv imp seq)
  • Transmission of smell signals , older and newer olfactory pathways(read)

HNSS-P-026:

  • Rhinitis
  • Difference between viral and allergic rhinitis

Do all these topics from firdous as well for a quick review

Medico Guides 5th Block (Module No 09) Biochemistry Guidelines

Prepared by:

                  Nofal Anjum Khan (G13)   

Compiled by:

                  Hafiz Muhammad Umair Noor (G12)

  • Lippincott Illustrated Reviews: Biochemistry 8th Edition
  • Satyanarayana Biochemistry 6th Edition
  • Harper’s Illustrated Biochemistry 30th Edition

CARBOHYDRATE METABOLISM

(HNSS-B-001a)

  • Read complete chapter but Diseases are most important
  • Read to fructose metabolism + it’s phosphorylation+ fructose 1-P cleavage (fig 12.2) (imp) + it’s kinetics
  • Fig 12.3 (most imp fig for seq + mcq)
  • Enzymes deficent + product accumulate + it’s effect in essential fructosuria and hereditary fructose intolerance (vvvvvv imp seq + mcq)
  • Aldolase B deficiency v.v.v.imp
  • Mannose conversation to fructos-6-P
  • Glucose conversation to fructose via sorbitol (vvvv imp)
  • Fig 12.4 (imp) + sorbitol synthesis
  • Hyperglycemia and sorbitol mechanism (vvvv imp) and how it causes cataract and peripheral neuropathy (imp)
  • Do galactose n fructose metabolism
  • Fig 12.5 v.imp

VITAMINS

(HNSS-B-001b)

  • Vitamin A (vvv imp)
  • Structure
  • Absorption and transport + release from liver with fig 28.19 (imp)
  • Fig 28.19 (vvvvvv imp)
  • Functions (visual cycle) (imp)
  • Deficiency (nyctoplasia + skin conditions) (imp)
  • Vitamin A toxicity
  • Should clearly describe the physiological and therapeutic function of Vit A (Fig28.21 imp)

Medico Guides 5th Block (Module No 08) Gross Anatomy Guidelines

Prepared by:

                  Hadia Imtiaz (G13)                    

Compiled by:

                   Hafiz Muhammad Umair Noor (G12)

Reference Books:

  • Snell’s Clinical Anatomy
  • Cover all topics and clinicals from Snell and if any clinical or topic mentioned in your LOs is not in Snell’s then cover it from KLM or any other book

HEAD AND NECK

  • Thyroid Gland:
    • Gross features (important) (Location, extent, etc)
    • Relations (v imp for viva)
    • Blood supply (vv imp)
  • Parathyroid Gland:
    • Read regardly
  • Clinicals:
    • Thyroidectomy and its manifestations (vv imp)
  • Pituitary Gland: (not much imp)
    • Location
    • Functions
    • Arterial and Venous supply

PELVIS PART 1 AND 2

  • Pelvis:
    • Gross features viva
    • Read true and false pelvis and their content for concepts
    • Difference between Male and Female Pelvis (vv imp)
    • Different types of Pelvis (v imp
    • Sacrum imp for viva only
  • Testis: (this portion is written in abdomen portion of Snell’s)
    • Gross features (coverings of testis v imp)
    • Blood supply (vv imp especially venous drainage)
  • Epididymis:
    • Read
  • Clinicals: vvvimp
    • Cryptorchidism (imp)
    • Varicocele (vv imp)
    • Ectopic testis (imp)
    • Hydrocoele (vv imp)
  • Suprarenal Gland: (this portion is written in abdomen portion)
    • Gross features, Difference between right and left Suprarenal gland’s relations structure and Neurovascular supply (imp)
  • Clinicals:
    • Difference between Addison and Cushing disease (imp)
    • Phaeochromocytoma (imp
  • Urethra:
    • Parts of the male urethra (vv. imp)
  • Clinicals:
    • Uretric colic (imp)
    • Suprapubic cystotomy (imp)
    • Rupture of Bladder (imp)
    • Cystocele (imp)
  • Ovaries:
    • Read Gross features (Position of ovaries)
    • Ligaments are imp
    • Neurovascular supply (v imp)
  • Uterine Tubes:
    • Unimp Do only ns bs
  • Uterus:
    • Gross features Read
    • Neurovascular supply (imp)
    • Lymphatic drainage (v imp)
    • Support of Uterus (vvv imp)
  • Vagina:
    • Gross features unimp(Read)
    • Neurovascular supply (imp)
  • Clinicals:
    • Ovarian cysts (v imp)
    • Chocolate cyst in ovaries (imp)
    • Salpingitis (imp)
    • Tubal ligation and Tubectomy (imp)
    • Read clinicals of Vagina
    • Cystocele (imp)
  • Accessory Male Glands:
    • Vas deference, Seminal vesicles, and Ejaculatory duct (unimp)
  • Prostate: (vvvimp topic)
    • Gross features all (Zones and lobes vv imp)
    • Capsule (True and False imp)
    • Neurovascular supply (imp)
    • Age changes read for Mcqs
  • Vessels Of Pelvis:
    • Internal Iliac artery complete (v imp)
    • Internal Iliac vein (unimp)
    • Lymph nodes of Pelvis (v imp)
  • Nerves Of Pelvis:
    • Lumbosacral and Coccygeal plexus (v.imp) (also practice how to draw it)
    • Pelvic autonomic nerves skip them
  • Pelvic Fascia (v.imp)
  • Pelvic Muscles:
    • Pelvic floor/Diaphragm i.e muscles of Levator ani (vv  imp) (must do) do muscle table only
  • Joints Of Pelvis:
    • Sacroiliac joint complete (v imp)
    • Other joints (just read)

Chapter 8: (Perineum)

  • Pelvic diaphragm
  • Content of anal triangle imp
  • Skip anal canal till defecation
  • Ischioanal fossa +content imp
  • Urogenital triangle imp
  • Superficial fascia
  • Urogenital diaphragm
  • Perineal body imp
  • Do superficial and deep perineal pouches +content tables from b.d well written their also do perennial membrane from their
  • Penis and scrotum blood supply n.s skip rest
  • Skip reat chp
  • Do related clinicals

Medico Guides 5th Block (Module No 08) Physiology Guidelines

Prepared by:

                   Alisha Athar (G13)                  

Compiled by:

                   Hafiz Muhammad Umair Noor (G12)

Recommended Book:

  • Guyton and Hall Textbook of Medical Physiology 14th Edition (Chapter numbers are mentioned according to this edition)

ENDOCRINOLOGY

  • Endocrinology by Dr Ameena PDF has been shared, it’s better to do it from Guyton and PDF

EnR-P-001(a):

  • Chemical messengers
  • Chemical structure and synthesis of hormones
  • Table 75.1
  • Clearance of hormones
  • Mechanism of action of hormones
  • Receptors and activation
  • Down regulation of receptors
  • Fig # 75.4
  • Enzyme-linked hormone receptor
  • Table 75.2
  • Fig 75.5
  • Intracellular hormone receptors
  • Fig 75.6
  • Table 75.3
  • Table 75.4
  • Fig 75.7
  • Fig 75.8
  • Ca calmodulin system

EnR-P-001(b):

  • Names of anterior and posterior pituitary harmones
  • Cell types and hormones of pituitary with table 76.1
  • Fig 76.4
  • Table 76.2
  • Hypothalamic releasing and inhibitory harmones
  • Growth Hormone (imp)
  • Physiological functions
  • Metabolic effects (whole v imp read flowcharts from pdf)
  • Fig 76.6
  • Table 76.3( v imp)
  • Effect of GH on proteins
  • Effect of GH on Fats
  • Ketogenic effect v imp
  • Effect of GH on carbohydrates vvimp
  • Necessity of insulin and carbohydrates…
  • Effect of GH on cartilage and bones
  • Somatomedins (vvvvvvv imp)
  • Difference between GH and Somatomedins (from pdf shared)
  • Regulation of growth hormone secretion (read for concept. you can also read it from pdf)
  • Abnormalities of Growth Harmone secretion (complete blue boxes) v imp
  • Panhypopituitarism with causes and treatment
  • Sheehan syndrome from Google (imp)
  • Panhypopituitarism in childhood and dwarfism
  • Difference between Loran dwarfs and African pygmies
  • Gigantism (before adolescence)
  • Acromegaly (after adolescence) also do it from pdf
  • Posterior pituitary gland (give a read from pdf)
  • Physiological function of ADH
  • Fig 76.10
  • Vasoconstrictor effects of ADH
  • Oxytocin functions

EnR-P-002:

  • Synthesis and secretion of thyroid harmones
  • Steps for synthesis of thyroxine (all steps imp)
  • Fig 77.2 (vimp)
  • Difference between T3 and T4 (from pdf shared)
  • Transport of thyroxine
  • Physiological functions of thyroid hormones with fig 77.5 complete till page 948
  • Regulation of thyroid hormones (Imp)
  • TSH
  • Fig 77.7
  • Antithyroid substances all (Imp)
  • Diseases of thyroid (complete till the end of this chapter)
  • Hyperthyroidism (causes, symptoms, exophthalmos, diagnosis (Imp) treatment)
  • Hypothyroidism (causes, endemic, idiopathic, characteristics) (Imp)
  • Myxedema (Imp)
  • Diagnosis
  • Cretinism (Imp)
  • Difference between Cretinism and dwarfism ( in pdf shared)

EnR-P-003:

  • Names of adrenal hormones
  • Synthesis and Secretions of adrenocortical hormones
  • Mineralocorticoids imp
  • Glucocorticoids imp
  • Fig 78.2 (v v Imp)
  • Plasma bound hormones
  • Adrenocortical hormones are metabolized in liver
  • Functions of Mineralocorticoids (also read from pdf shared)
  • Mineralocorticoid deficiency causes renal NaCl wasting…
  • Apparent Mineralocorticoid Excess Syndrome (AME)
  • Renal and circulatory effects
  • Aldosterone escape imp
  • Excess aldosterone effects
  • Deficiency of aldosterone
  • Fig 78.4
  • Regulation of aldosterone secretion (v imp)
  • Function of glucocorticoids
  • Effects of cortisol on carbs, protein, fats
  • Adrenal diabetes
  • Cortisol prevents inflammation (Imp)
  • Anti inflammatory effects (seq)
  • Fig 78.7
  • Regulation of cortisol secretion
  • Fig 78.8
  • Circadian rhythm of glucocorticoids
  • Synthesis and secretion of ACTH (read for concept)
  • Adrenal androgens (complete till the end of chapter) v imp
  • Difference btw Cushing disease and Cushing syndrome (google)

EnR-P-004:

  • Physiological anatomy of the pancreas
  • Insulin synthesis and synthesis with Fig 79.2
  • Activation by insulin and effects with Fig 79.3
  • Effect of insulin on glucose ( all)
  • Insulin promotes liver storage and use of glucose
  • Glucose released from the liver between meals
  • Lack of insulin effect on the brain
  • Effect of insulin on fat synthesis and storage
  • Insulin deficiency causes lipolysis (Imp)
  • Effect of insulin on protein metabolism
  • Fig 79.7
  • Table 79.1 (v imp)
  • Factors that stimulate insulin secretion
  • Glucagon (complete)
  • Somatostatin in blue box (Imp)
  • Summary of glucose regulation
  • Importance of blood glucose regulation

EnR-P-005:

  • Diabetes mellitus (give a thorough read to whole topic as it is v important )
  • DM type 1 (cause dehydration, polyuria, metabolic acidosis, polyphagia… explanation given in pdf shared)
  • Treatment of DM type 1 (Imp)
  • Type 2DM (causes
  • Metabolic syndrome
  • Table 79.2
  • Table 79.3
  • Treatment of type 2DM
  • Insulinoma (Imp)
  • Hypoglycemia

Note: Do this chapter from Firdous. Extra topics to be done from Guyton are mentioned below.

EnR-P-006, 007

  • Osteolysis (rapid phase of Ca and phosphate mobilization)
  • Slow phase of bone resorption (activation of osteoclasts)
  • Fig 80.6 (read)
  • Fig 80.8( imp)
  • Fig 80.14
  • Summary of effects of parathyroid (Imp)
  • Do all clinicals from blue boxes (complete)
  • Difference btw rickets and tetany

EnR-P-008:

  • Adrenal medullary harmones and pheochromocytoma ( from google or lec slides)

REPRODUCTION AND LACTATION

Important Note:

  • It’s better to do it from Firdous physiology with Guyton
  • The whole topic of reproduction and lactation from Firdous
  • The topics which you’ve to do from Guyton are mentioned below.

(EnR-P-009 to 015)

  • Fig 81.3(total 74 days )
  • Capacitation( imp)
  • Acrosome reaction (imp)
  • Why does only one sperm enter the oocyte?
  • Estrogen production in male ( written in blue box) read
  • Basic intracellular mechanism of action of testosterone (read)
  • Fig 81.10 (read)
  • Fig 82.3
  • Fig 82.4 (concept)
  • Fig 82.6(imp)
  • Fig 82.7
  • Fig 82.8 imp
  • Fig 82.9 82.11 read
  • Menopause
  • Double Bohr effect (read once for concept) written in diffusion of oxygen through placenta
  • Response of mother’s body during pregnancy (in blue box)
  • Parturition
  • Oxytocin causes contraction of the uterus
  • Onset of labor (+ve feedback)
  • Fig 83.10

Medico Guides 5th Block (Module No 08) Biochemistry Guidelines

Prepared by:

                  Aneesa Asif (G13)

                  Nofal Anjum Khan (G13)

Compiled by:

                  Hafiz Muhammad Umair Noor (G12)

  • Lippincott Illustrated Reviews: Biochemistry 8th Edition (Chapter numbers are mentioned according to this edition)
  • Satyanarayana Biochemistry 6th Edition
  • Harper’s Illustrated Biochemistry 30th Edition
  • Mark’s Biochemistry 6th Edition
  • Lehninger Principles of Biochemistry 7th Edition
  • Lippincott Illustrated Reviews: Cell and Molecular Biology 2nd Edition

ENDOCRINE BIOCHEMISTRY

(EnR-B-001)

  • Do this from Guyton chp 75. By doing complete chapter u will cover these LOs.
  • Tables of chap 75 are v.v.v.imp

(EnR-B-002)

  • Do this from the pics/pdf shared

(EnR-B-003)

  • Do this from Satya chapter 19
  • You can also do it from Harper chapter 42 (pics are shared)

(EnR-B-004a)

  • Do this from pdf/pics shared

(EnR-B-004b)

  • Do this from Lippincott chapter 23
  • Insulin synthesis v.v.v.imp
  • Can also do from Guyton chapter 79

(EnR-B-004c)

  • Do this from Lippincott chapter 21(III-A) page no 317 to 319

(EnR-B-004d & 007)

  • Do these from Guyton chapter 76, 77 & 78
  • U can also do cortisol and other steroid hormones from Lippincott chapter 18 (VII) pg no 262 to 266

(EnR-B-005)

  • This is a general LO. It will be covered by doing other LOs.

(EnR-B-006)

  • Do this from Guyton chapter 78
  • Pro-opiomelanocortin gene topic complete

(EnR-B-008)

  • Do these from pics/pdf shared

GENETICS

(EnR-B-009 to 015)

  • Do these from the pics/pdfs shared

(EnR-B-016 to 017)

  • The topic of Karyotypes is not given in the book. Do it from pics shared.
  • As far as mutations are concerned, some of them are given in Lippincott chapter 32(II-C pg 498 & 499). Rest will be shared as pics.

(EnR-B-018 to 021)

  • No need to do the the structure of DNA as it is not the part of ur syllabus
  • Start from (III-Steps in ….) pg no 462 to 475
  • Although whole chapter is imp but the most important topics are below
  • Topoisomerases v.v.v.imp
  • Leading and Lagging strand imp
  • Exonuclease & Endonuclease imp
  • Fig 30.21, 30.23, 30.24 v.v.imp

(EnR-B-022)

  • DNA repair is an important topic u must do it all
  • Pg 475 to 477
  • Xeroderma pigmentosum v.v.imp

(EnR-B-023 to 025)

  • No need to do structure of RNA as not a part of syllabus
  • Start chapter from (III-Prokaryotic…) pg no 484 to 493
  • Again whole chapter is important but most important things are listed below
  • Fig 31.10 imp
  • Post-transcriptional changes v.v.v.imp

(EnR-B-026 to 028)

  • No need to do genetic codon as not in syllabus
  • Must do Mutations as part of previous LOs
  • The topic (III-Components Required For Translation) is not in ur syllabus but u should read it to understand the chapter. Rest is up to u.
  • Wobble hypothesis v.v.v.imp (IV-Codon Recog….)
  • Do chapter from pg 502 to 510
  • Most important things listed below
  • Shine-Delgarno Sequence imp
  • Fig 32.13, 32.14 imp
  • Co & Post-translational modifications v.v.v.imp

(EnR-B-029)

  • We did whole chapter in our 2nd yr as college faculty taught us so. They also assessed
  • But whole chapter is not in ur syllabus but still its a very important chapter
  • Do this chapter from pg 515 to pg 519 then pg 524 & 525
  • Lac operon v.v.v.imp (Fig 33.4 ratti honi chahiye)
  • Tryptophan operon imp
  • Iron metabolism & RNA interference v.v.imp
  • Rest chapter is up to you

(EnR-B-030)

  • Don’t do complete chapter as not in syllabus
  • Do DNA Cloning pg 534 to 537 (Fig 34.6)
  • Do DNA Sequencing from pg 539 (Fig 34.9 only)
  • Do Southern Blotting complete topic on pg 540. It will also cover Northern & Western Blotting. Also do Fig 34.25 imp
  • Do RFLP from pg 541 to 547
  • Do PCR from pg 547 to 550 v.v.v.imp topic (Was asked in Proff Written n Viva both)
  • Do Human Genome Project from Satya chapter 28

Chromosomal Abnormalities

Pedigrees & Karyotypes

Nuclear Receptor Mediated Signalling Pathway

Mutations (Mosaicism & Robertsonian Translocation)

Mendelian Inheritance Patterns

Hormonal Contraception Compresseds

GPCR Signalling Pathways

Features of Signal Transduction, Types of Hormones & Types of Receptors

Enzyme Linked Signalling Pathways

Medico Guides 2nd Block Physiology Guidelines

Prepared by:

                    Hadia Shakeel (G15)

Compiled by:

                     Hafiz Muhammad Umair Noor (G12)

  • Guyton and Hall Textbook of Medical Physiology 14th Edition (Chapter numbers are mentioned according to this edition)
  • Jaypee Essentials of Medical Physiology 9th Edition

MEMBRANE PHYSIOLOGY

MS-P-001:

  • Membrane potentials across selectively permeable membrane pg 63  (read for Basic concept + mcqs)

MS-P-002:

  • Membrane potential vs Nerst potential
  • Nernst potential and it’s basis
  • Nernst equation (calculate the Nernst potential  for Na and K by putting values in the equation) v.v.imp

MS-P-003:

  • Goldman Equation pg. 64 v.v.imp (use to calculate diffusion potential & resting potential when membrane is permeable to several different ions)
  • 4 key points of Goldman Equation
  • Normal distribution of Na K Ca and Cl across the cell membrane

MS-P-004:

  • Resting membrane potential of neurons pg. 65
  • Table 5.1 imp for mcqs
  • Fig 5.5
  • Origin of RMP & physiological basis i.e factors contributing
  • ⁠Hyperkalemia and Hypokalemia( imp)  ( pic is shared in the group)
  • ⁠Membrane Stabilizers ( lidocaine, calcium, mexiletine, valproic acid)
  • ⁠Inhibition of excitability stabilizers and local anesthetics pg. 76 ( v imp) and their mechanism of action

⁠ MS-P-008:

  • Ionic basis of action potential
  • Phases of action potential pg. 67 and 68
  • Definition of action potential
  • Properties of action potential will be covered in the table containing differences between action and Graded potential
  • Pics for monophasic action potential and refractory period are shared in the grp.
  • Role of Other ions during action potential pg 70 blue box ( v imp + tetany is seq ) role of Ca+ in it
  • Rheobase , chronaxie , utilization time ( vimp pic is shared in the group)

MS-P-011:

  • Special characteristics of signal transmission in nerve trunks (imp) pg 74
  • saltatory conduction and its importance

MS-P-10:

  • Graded potential + table 29.1 basis& properties
  • Graded vs Action Potential difference
  • Compound Action Potential .. basis& properties
  • From jaypee chap 29 pg 173 for compound action potential and pg no 174 for graded potential
  • For EPSP and IPSP Fig no 137.4 and 137.5

AUTONOMIC NERVOUS SYSTEM

MS-P-007

  • ANS is supposed to be covered from Chp 61 pg no 763 to 770…
  • Receptors of ans can be covered from receptor tables in block 1 pharma…
  • The most imp thing in this chp is the table 61.2…..apko mcqs yahe se ane hain to isko bohat ache se prepare kerna hay
  • You can also watch the yt lecture of Dr.asif qureshi for this chp.

NERVE PHYSIOLOGY

MS-P-005:

  • Physiological anatomy of neuron
  • Complete chapter till functions of neurilemma
  • Neuron anatomy
  • Myelin sheath, neurilemma
  • Process of myelination
  • For Axonal transport pic is shared in the grp

MS-P-005(b):

  • Complete chapter 
  • Neuroglial cells and their roles

MS-P-006:

  • Properties of nerve fibers
  • Don’t go into the detail of this chapter just cover it superficially
  • Focus on basic definitions of the properties of neuron
  • Complete chapter
  • Nerve fibers classification  table 132.1…..table bohat imp hay ise may say mcqs ayein ga apko

MS-P-011: Synapse

  • Fig 137.3
  • Functional classification of synapse
  • Fig 137.2

Chapter 134: (Jaypee)

MS-P-013:

  • Multiple Sclerosis Chp 1 pathology section block 2
  • GB syndrome from chp 1 pathology section block 2
  • Causes, features and pathophysiology
  • Degeneration of neuron (Wallerian Degeneration)  
  • Regeneration of neuron

MUSCLE PHYSIOLOGY

MS-P-014:

  • Physiological anatomy of skeletal muscle
  • Sarcomere
  • Fig 6.3

MS-P-015:

  • ⁠ Characteristics of muscle contraction
  • Fig 6.12
  • Also do examples Of Isotonic and isometric contraction
  • Fast vs slow muscle fibers

MS-P-016:

  • Motor unit
  • Force summation
  • Multiple summation
  • Frequency summation and tetanization (imp)
  • Treppe
  • muscle fatigue
  • Remodeling +Blue box

MS-P-017:

  • Complete Chapter
  • Anatomy, generation and conduction of impulse at NMJ
  • Generation of endplate potential
  • Excitation and contractions coupling v.v.imp.
  • Myasthenia Gravis (v.imp )
  • NMJ enhancer and inhibitors

MS-P-018:

  • Types of Smooth Muscle
  • Physiological basis Of Smooth Muscle contraction
  • Smooth muscle contraction without Action Potential
  • Hormones causing contractions without Action Potential
  • Latch mechanism and importance
  • Stress Relaxation
  • Regulation By Calcium
  • Nervous and hormonal Control (Complete till end)
  • Comparison between skeletal and smooth muscle contraction

Medico Guides 2nd Block Histology Guidelines

Prepared by:

                    Harram Sameer (G15)

Compiled by:

                     Hafiz Muhammad Umair Noor (G12)

  • If you do histology in a right way, you can easily get marks in this subject.
  • Give a good read  to book ,highlight important lines and shortlist all the important points.

Note: The Screenshots of LOs are added so that you can read the LOs before reading the Guidelines

  • Diagrams are very important .
  • Histology’s trick is same as that of Gross anatomy (Visual memory), Visualize the Pictures and its features!
  • Mostly students don’t take the lectures for histology, but if your concept about anything isn’t clear , then you should take lectures. I’ll suggest lectures with every chapter.
  • Medical Histology by Laiq Hussain Revised 7th Edition (Chapter numbers are mentioned according to this edition)
  • Difiore’s Atlas of Histology
  • Mannual Of Histology (your practical notebook!)
  • Shortlisted notes of histology are also shared in the group (By Zayn ul Hassan from G12)


(MS-A-075, MS-A-076)

Lecture : Byte Sized Med or MBS Medilectures

  • Histo diagram of every type (vv imp)
  • LO 1 : Microscopic and Ultramicroscopic structure of all types of cartilages from laiq hussain chapter 7
  • LO 2: Compare structure of cartilage and bone matrix from any short book
  • LO 3:Diff b/w 3 types from your practical copy or any short book with examples (asked in viva)
  • LO 4: Histological basis of bone and cartilage from any short book
  • Also do Microscopic features and function of perichondrium and Extracellular matrix of cartilage


(MS-A-072, MS-A-073, MS-A-074)

Lecture : Byte Sized Med or MBS Medilectures

  • LO 1 &2: Light and Electron Microscopic structure of bone cells , compact and spongy bone from laiq Hussain chap 8
  • LO 3 : osteoporosis and osteopetrosis from chap 8
  • LO 4 : Histological basis of bone repair from chap 8 or recall it from General Anatomy chap 3
  • LO 5 : Compare Microscopic features of compact and spongy bone from any short book or your practical copy
  • LO 6 : Features of intramembranous and endochondral ossification from chap 8
  • LO 7 : Zones seen in epiphyseal growth plate from chap 8 ( vvimp)
  • LO 8 : Metabolic role of bone from any short book
  • LO 9: Osteoporosis from Chap 8 and osteopenia from AI or any short book
  • Also do these important topics:
  • Organic and inorganic matrix for mcqs
  • Haversian system (v imp)
  • Compact and spongy bone diagram (vvv imp)
  • Appositional growth and Interstitial growth ( imp)

(MS-A-070, MS-A-071)

  • LO 1: Microscopic and Ultramicroscopic structure of skeletal muscle from chap 10
  • LO 2 : Basis of Myasthenia Grevis from chap 10
  • LO 3&4: Microscopic and Ultramicroscopic structure of cardiac and smooth muscle from chap 10
  • LO 5: Compare histological features of three types of muscles from your  practical copy
  • LO 6 : Myosatellite cells and their role in regeneration of muscle  , hyperplasia and hypertrophy of muscle fibers from chap 10
  • LO 7: Leiomyoma from chap 10
  • Important topics :
  • Caveolae, dark, light, I and A band, sarcomere for mcqs
  • Triad and diad present in which type
  • Intercalated disc (imp proff qs)

Cartilage Histology Notes by Zuha Iftikhar ( G 14 )

Medico Guides 2nd Block Embryology Guidelines

Prepared by:

                     Asma Shafique (G15)

Compiled by:

                     Hafiz Muhammad Umair Noor (G12)

  • KLM Clinically Oriented Embryology 11th Edition
  • Langman Medical Emryology 14th Edition
  • Do all clinicals
  • Selfless Medicose

MS-A-065:

  • Skip genetic and molecular factors
  • Straited skeletal muscle development. (Make a flow chart for memorizing it).
  • Innervation Of Axial
  • Skeletal Muscles + fig 11.4
  • Origin of muscles from abaxial and primaxial precursor table 11.1 (vvvv imp)
  • SMCs and Cardiac development just read it
  • Clinicals (all)

MS-A-066:

  • Limb development and growth. Shortlist it & Make a flow chart for memorizing it.
  • Topographic anatomy of UL and LL
  • Fig 12.5(imp)
  • All clinicals given in Langman (vvv imp)
  • Amelia
  • Meromelia
  • Phocomelia
  • Cleft Hand and Foot
  • Polydactyly
  • Brachydactyly
  • Syndactyly
  • Congenital club foot

MS-A-069:

  • Development of bone and cartilage only

MS-A-067:

  • Blood supply of limbs
  • Cutaneous innervation of limbs

(This chapter is not included in your LOS, but questions from it were asked in previous year, so you should at least cover the following topics)

  • Introduction
  • Vertebrae and vertebral column
  • All clinicals
  • Figures for ospe

Medico Guides 2nd Block Biochemistry Guidelines

Prepared by:

                   Muhammad Bilal Tariq (G15)

Compiled by:

                   Hafiz Muhammad Umair Noor (G12)

  • Lippincott Illustrated Reviews: Biochemistry 8th Edition (Chapter numbers are mentioned according to this edition)
  • Satyanarayana Biochemistry 6th Edition
  • Harper’s illustrated Biochemistry 30th edition
  • ABC of Clinical Genetics 3rd edition
  • Chatterjea Textbook of Medical Biochemistry 8th edition
  • Instant Biochemistry by Faiq Ahmed 3rd edition


CARBOHYDRATES

MS-B-001:

                 Lectures: Awesome biochemistry or NJOY biochemistry

  • Classification of carbohydrates:
  • General Classification pg # 9 & 10
  • Monosaccharide Classification pg # 11 (Table 2.1 & 2.2)
  • Oligosaccharide(disaccharide) Classification pg # 19 & 20
  • Polysaccharide Classification pg # 20 to 25
  • Biomedical importance of each class of carbs is given along with their classification

MS-B-002:

  • Isomerism of carbohydrates pg # 10 to 15


MS-B-003 (a):

  • Physical properties of carbohydrates
  • Chemical properties of carbohydrates (Reactions of monosaccharides) pg # 15 to 18
  • Difference between proteoglycans and glycoproteins is given in the pic shared below

MS-B-003 (b):

  • Structure, function & clinical significance of Glycosaminoglycans (GAGs) pg # 173 to 175 (till before synthesis only) (Fig 14.4 vvvv.imp)

MS-B-003 (c):

  • Structure & function of Fibrous proteins pg # 45 to 50 (Collagen) & pg # 52 (Elastin)
  • Fig 4.7 is imp ( Rather than doing the whole text, you can do biosynthesis from this fig )
  • Diseases associated with Fibrous proteins pg # 50 to 53 (Ehler-Danlos syndrome, Osteogenesis Imperfecta, Alport syndrome & Emphysema)
  • Role of Vitamin C in collagen synthesis (Hydroxylation) pg # 49
  • Duchene Muscular Dystrophy from the PDF with you.

Lectures for Glycolysis and TCA cylce:  Ninja Nerd (Best in my pov ) and brainless medicos

MS-B-003 (d):

  • Transport & uptake of glucose, pg # 105 to 107 (heading IV. Glucose transport into cells)
  • Glycolysis reactions & regulation (heading V. Glycolysis reactions, heading VI. Hormonal regulation)

MS-B-004:

  • Full chapter in detail
  • You should know about the vitamins of TCA cycle
  • The vitamins are B1 as TPP , B2 as FAD , B3 as NAD and B5 as a component of CoA
  • Lecture :  NJOY or Brainless or Awesome biochemistry

MS-B-005:

  • Digestion & absorption of proteins, pg # 271 to 276

MS-B-006:

  • Transamination from pg # 276 to 278
  • Oxidative Deamination from pg # 278 to 279
  • Do Deamidation, Decarboxylation & Transdeamination from PDF shared.

MS-B-007:

  • Role of PLP covered in Transamination reaction ( Fig 19.9 )
  • Role of Glutamate, Glutamine & Alanine (GLUCOSE-ALANINE CYCLE) pg # 279 (Topic : Ammonia transport to liver)
  • For ammonia transport to liver, 2 pathways are mentioned, do both+ Fig 19.13 (vvv imp)

MS-B-008:

  • Urea Cycle pg # 279 to 282

MS-B-009:

  • Hyperammonemia pg # 282 till end of chapter
  • Lectures: Brainless or selfless medicos

MS-B-010:

  • Metabolism of Amino Acids pg # 290 to 298

MS-B-011:

  • Amino Acid Metabolism Disorders pg # 298 till end of chapter

VITAMINS

MS-B-003 (c):

  • Sources, functions, active form & deficiency of Vit C, pg 427 & 428

MS-B-007:

Role of PLP, pg # 428

Amino Acid Metabolism Reactions by Medico Guides

Medico Guides 2nd Block (UL) Gross Anatomy Guidelines

Prepared by:

                     Harram Sameer (G 15)

                      Khansa Noor ( G 15)

Compiled by:

                    Hafiz Muhammad Umair Noor (G12)

Recommended Book:

  • Snell’s Clinical Anatomy by Regions Edition 2026-27
  • BD Chaurasia only for some topics
  • For Gross Anatomy, Visualization is the key. Visualize everything you study with the help of Anatomy 3D Atlas App or Netter Atlas . If you don’t visualize the structures , you will not be able to retain them. Also revision is the key to retain things for a long time.
  • In proff , most of the  questions asked were related to Clinicals . You have to do all the clinicals given in Snell whether they are mentioned in LOs or not. While preparing a topic try to do it’s clinicals with it .If you compile the clinicals and try to learn them in the end , then it will become a time taking task.
  • Use BRS Gross Anatomy for practicing mcqs and use Chapter 1 for practicing past mcqs.

Note: Guidelines are according to Snell but if a topic seems difficult to understand from Snell , you can use BD for that topic.

           For Gross Anatomy , I would suggest that first of all take Dr Azam’s lectures for building basic concepts , then you can take topic wise lectures of any of the following YouTube channels:

  • TCML
  • Dr Adeel Bandok
  • Essentials of Medical Sciences
  • Johri MBBS
  • Dr Bhanu Prakash
  • Dr Sumit Gupta

UPPER LIMB

  • You have to prepare bones only for your Ospe . In ospe questios are asked related to bone’s Side Determination, Bony features and Muscle Attachments, From bones mcqs are asked about their clinicals only. While preparing a bone , try to do its clinicals at the same time and don’t waste your time in making notes of bones as they’re asked only in Ospe.
  • For Bones you can take the lectures of following channels :

Dr Hasna  , Johri MBBS or Angelina Isaac

( I have taken Dr Hasna’s lectures and they were really helpful  .She also tells mnemonics for muscle attachments in her lectures)

  • Prepare all muscle tables of Snell  . Do origin, insertion, nerve supply and action of muscles from those tables and skip root values.
  • While preparing muscle tables from Snell , open 3D atlas app or netter atlas in front of you to visualize muscles . In 3D atlas app  It is preferable to isolate a particular muscle you are studying so you can clearly visualize its origin and insertion.
  • If you want to take Animated lectures of muscles you can take the following:
  • Also thoroughly go through muscles on  models because muscle models can also come in Ospe and the examiners can ask you to locate a particular muscle on muscle model and tell it’s actions In modular system, models are rarely asked and they mostly give diagrams from Snell in OSPE, so prepare them thoroughly.

        All nerves are very important (Do their Root values ,Course, Muscles supplied by nerve, branches, lesions covered in clinicals from Snell)

  • Preferable to do all nerves from Snell . In Snell flowcharts of Nerves are also given , prepare them as well
  • If you want to take Animated lectures for Nerves then you can take following lectures:
  • Visualize Nerves from Netter Atlas or 3D atlas apps
  • In your syllabus , the LOs of Arteries are written compartment wise but it is preferable to do the complete course of arteries and veins at once

For example, if you are preparing ulnar artery then do its course in forearm and hand at once rather than first doing the course of all arteries in forearm and then doing their course in hands .Same method should be preferred for Nerves and Veins as well.

LO WISE GUIDELINES

  • For this LO, you only have to learn muscles of pectoral region given in Snell’s table 3.3 properly do their Nerve supply and action and their clinicals.

            e.g paralysis of serratus anterior causes winging of scapula.

  • For cutaneous nerve supply of upper limb, do the diagram 3.58 Also do clinical note about dermatomes and cutaneous nerves.
  • For superficial veins, you have to do cephalic and basilic veins and their tributaries given on Pg 159 ( Snell chap 3)
  • Clavipectoral fascia: ( Snell  chap 3 Pg 107), Do its extent, attachment, relations and structures passing through it .
  • Triangle of auscultation: You have to do it from BD. Both the boundaries and clinical importance is   mentioned in it.
  • Bones of pectoral region are clavicle and scapula. Take lecture of Dr. Hasna, And do their bony landmarks and features from here. Muscle attachment will be done from Snell’s muscle table, so don’t need to take lecture for that.
  • Muscles of back are given in table 3.4. Do all of it (origin,insertion,nerve supply and action.)
  • Blood Supply of Pectoral region: Axillary Artery with branches.
  • Also do all the clinicals
  • Osteology of clavicle and scapula (already cover in previous LO), Do it for OSPE.Also do diagram of origin and insertion given in snell (they were asked in our proff ospe).
  • For Scapular region Muscles, Do Table 3.5 (origin, insertion, Action and Nerve Supply). Also do movements of scapula .
  • Anterior-Axio Appendicular Muscles are same of Pectoral Region Muscles (Table 3.3 of Snell)
  • Sternoclavicular joint (imp). Do a topic of Sternoclavicular joint from Snell (page # 162).you have to do its type, ligaments, nerve supply , articulating surface and movement.
  • Also do the acromioclavicular joint for mcqs and viva.
  • Axilla: Do it from Snell chap 3 Pg 106 + 107 or from BD chap 4, contents and its Boundaries (vvv.imp)(pg.106)
  • Axillary Artery: course , branches and relations of second part are very imp , Do it from Snell chap 3 Pg 153-155 .Do names and branches given from all parts along with their course .

            For Axilla and Axillary Artery, you can take the lectures of Essential of Medical Sciences

  • Also do anastomosis around shoulder joint from Snell chap 3 Pg 155
  • Axillary vein: tributaries and drainage (imp for MCQ) from Snell chap 3 Pg 159
  • Axillary Lymph Node: location, Group, Area of Drainage. (pg.159- 160)

            You can take Dr.adel bandok lecture for it.

  • Axillary Nerve: Origin, Course, Root Value.(pg.147), Also do its clinicals i.e Regimental Badge Sign
  • Quadrangular Space: do its contents and Boundaries
  • Take Dr. Hasna’s lecture, do its side determination and bony features and give one read from book

Shoulder joint (imp):

  • Do it from Snell (pg.164). Do all of it( Type , Articular Surface , bursas ,Blood Supply , Capsule , Innervation , Movements , Nerve Supply , Ligaments)
  • Deltoid Muscle has three parts : Clavicular , Acromial and  Spinal part.                           Clavicular Part : Abduction                Acromial and Spinal Part : Stabilizes Abduction      
  • Learn the mechanism of abduction and role of muscles in it
    • 0-15°: supraspinatus muscle
    • 15-90°: deltoid muscle
    • 90-180°: trapezius and serratus anterior
  • Anastomosis around scapula (imp) pg.155
  • Scapulohumeral mechanism from Snell chap 3 Pg 167 .You can take Dr Hasna’s or Muscle and motion lecture for understanding it
  • Rotator Cuff Muscles:Attachement , Nerve Supply , Action (Snell’ table 3.5)                   MNEMONIC : SITS                                                   
    • Supraspinatus                                                     
    • Infraspinatus                                                      
    • Teres Minor                                                       
    • Subscapularis                         
  • Clinical: Rotator Cuff Tendinitis ( Snell)                          
  • Shoulder joint Clinicals :Shoulder pain , Shoulder Joint Dislocation ( given in clinical notes)

Brachial plexus: (vvv.imp)

  • For Brachial plexus, you can take the lecture of Dr. Azam or ninja nerd.Make notes for it. This topic is very important for MCQs. Do it from Snell chap 3 or from BD.
  • Clinicals: Erb-duchenne palsy and Klumpke’s palsy.
  • Muscles of anterior and posterior compartment of arm given in snell table 3.6
  • Musculocutaneous nerve(pg.145): learn its origin, course, branches and tributeries
  • The cutaneous supply of arm is already covered in previous LO.

        For nerves, either take the lectures of dr sumit gupta or dr azam and then do it from Snell.

Brachial Artery: Origin , Course , Distribution and Relation. From  Snell chap 3   

  • Profunda Brachii Artery: Origin , Course , Distribution, branches (Snell chap 3 pg157)
  • CUBITAL FOSSA (imp): Boundaries , Contents from Snell chap 3 Pg 111 and Clinical significance. MNEMONIC for Contents: MBBR  
    • Median Nerve                                                                             
    • Brachial Artery                                                                                 
    • Biceps Brachii Tendon                                                                                 
    • Radial Nerve (Deep Branch)
  • Clinical Significance: For Transfusion of Blood, Sampling of Blood, IV Injections.                         
  • For reflexes , read clinical notes on Page#148 ( Snell Chap 3) and watch videos.
  • These LOs are only for ospe .Prepare the Osteology of radius and ulna , their Side Determination , landmarks (bony features)  and attachments from Dr Hasna , Johri MBBS or Angelina Isaac’s lectures
  • Do the osseofascial compartment of forearm from Snell chap 3 , also read table 3.2 of Snell ( contents of osseofascial compartment of forearm)
  • For Attachments ( origin , insertion) , innervation ( nerve supply) and actions of Flexors and pronators of forearm from Snell table 3.7 ( In  different editions of Snell the numberings of tables are different , I am telling the numberings according to edition 2026-2027)
  • Action of paradox with examples from AI or any short book
  • Attachments, innervation and actions of Extensors of forearm from Snell table 3.9
  • Attachments , innervation and actions of lateral muscles of forearm from table 3.8 of Snell
  • Nerves of forearm ( ulnar , Median and radial nerves ) and muscles of flexor and extensor compartments of forearm from Snell chap 3
  • Diagrams of Cutaneous innervation and dermatomes from  Netter Atlas  , also prepare the complete table of cutaneous innervation of Upper limb from BD chap 7 .Table 7.1 is important , while preparing it skip root values . Also do the definition of dermatomes.
  • Ulnar , Median and Radial nerves from. Snell chap 3 , you should know about their root values , course , muscles which they supply and their clinicals .Also prepare the flowcharts of Nerves given in Snell as well .
  • Origin , course, relation and branches of ulnar and radial artery from Snell chap 3
  • After preparing from Snell , you can also go through the Table of Arteries given in BD’s appendix, in these tables Arteries are given in summarized form and remember visualization is the key to retain everything related to Gross Anatomy
  • Origin, Course, Relations and tributaries of superficial and Deep Veins from Snell chap 3
  • Surface markings of the given arteries and veins are only for Ospe.
  • Extensor and Flexor Retinacula from Snell chap 3 given in wrist portion (they’re v.imp)
  • Do The compartments of Extensor Retinaculum from BD chap 9 table 9.8
  • Formation of carpal tunnel and it’s contents from Snell chap 3 given in wrist portion Pg 121
  • Carpal tunnel syndrome and Anatomical Snuff box from Snell chap  3 Pg 122
  • Features, attachments, relations , structures passing under flexor retinaculum from Snell chap 3 given in Wrist Portion
  • First three LOs of this code are exactly similar to the LOs of code MS-A-017
  • Before preparing Joints , First Cover all BONES and MUSCLES along with their actions. After bones and muscles, all joints will become quite easy
  • You’ve to do Type, Variety, Articular Surfaces, Ligaments, Blood Supply, Innervation of joints
  • Joints movements & muscles involved in each movement are  v.v.imp
  • Elbow joint in terms of articular surfaces , type , variety , ligaments , muscles producing movements, blood supply, nerve supply from Snell chap 3 .It’s radiological imaging is only for ospe . ( Skip the relations of elbow joint)
  • Anastomosis around Elbow joint is vvimp . Dr Azam’s lecture is enough for it.

Note: For Quick Revision of Joints after preparing the joints topic from Snell, you can use Anatomy Decoded Notes.

  • Carrying Angle from Snell chap 3 given under the topic of elbow joint in the Movements paragraph.

            Lecture : https://youtu.be/pZLz6I4W10o?si=ZHaN34zt9MV3D7o7

  • Radioulnar joints ( proximal and distal )  articular surface , type , variety , ligaments, muscles producing movements, nerve supply from Snell chap 3 , Radiological imaging is only for Ospe ( skip relations of the joint), You can also prepare radioulnar joints from BD table 10.2
  • Wrist joint ( Radiocarpal joint ) articular surfaces, type , variety, ligaments, muscles producing movements, nerve supply from  Snell chap 3, radiological imaging for ospe  ( skip it’s relations)
  • Mechanism of movements of pronation and supination given under the distal radioulnar joint in the Movements paragraph .
  • Features of Interosseous membrane with structures piercing it from Snell chap 3 Pg 170 and structures piercing interosseous membrane from any short book or AI
  • Features and importance of Fibrous Flexor Sheaths , Synovial Flexor Sheaths ( digital Synovial Sheaths+ radial and ulnar bursa ) and Extensor Expansion ( given in Long Extensor Tendon Insertion topic )from Snell chap 3
  • Attachments and actions of muscles of hand ( from muscle tables you have to do nerve supply and actions of muscles of hand but you can skip attachments of only muscles of hand) . Dr Azam’s lecture is best for it.
  • Muscles and neurovasculature of palm from muscle table
  • Morphology and attachments, innervation and action of Intrinsic muscles of hand ( Must do innervation and actions of muscles of hand but you can skip attachments of only muscles of hand)
  • Fascial spaces of palm ,  pulp spaces of finger and palmar aponeurosis from Snell chap 3 given in Hand portion.
  • Dupuytren’s contracture , mallet finger and buttonaire deformity from Snell chap 3 clinicals
  • Hand as a unit from Snell chap 3 Joints pg 174
  • Cupping of hand and fist formation from Snell Chap 3 pg 176
  • Radial artery course , relation and termination in hand with clinical significance from Snell chap 3 Arteries portion
  • Ulnar Artery’s course , relation and termination with clinical significance from Snell chap 3 Arteries portion
  • Formation, branches and areas of distribution of superficial and Deep Palmer arch from Snell chap 3. For this topic, TCML’s lectures are best.
  • Course , relation and branches of ulnar , median and radial nerves in hand from Snell chap 3 Nerves portion. Dr Azam’s lectures are best for all nerves.
  • First Carpometacarpal joint’s type, variety, articular surfaces, ligaments, relations, blood supply, innervation and movements from Snell Chap 3 joints Portion
  • Movements of First Carpometacarpal joint from Snell chap 3
  • Metacarpophalangeal and interphalangeal joint’s type , variety, ligaments, articular surfaces, relations, blood supply, innervation and movements from Snell Chap 3
  • Only do the type of rest of the joints ( which aren’t mentioned in your LOs) for mcq/viva
  • All these LOs are to be prepared only for Ospe
  • Palpate arteries of upper limb.
  • Identify Topographical features of upper limb in cross section model or specimen
  • Identify anatomical Landmarks of Upper limbs on radiographs/ CT /MRI
  • Mark anatomical landmarks and surface marking on a subject

These topics aren’t mentioned in LOs but they’re important, So you should prepare them:

  • Lymphatic drainage of Upper limb (watch any video and try to do it in a flowchart) – almost similar to lymphatic drainage of axilla
  • Vincula longa +brevis from BD chap 9
  • Palmar aspect of wrist and hand from BD chap 9
  • Sub-acromial bursa from BD chap 6
  • Intermuscular space from BD chap 6
  • Lumbar triangle of petit from BD chap 5

Note: Try to extract the book content and make your own notes for arteries and arches

Anatomy seems difficult but once you start doing it the right way, it will become your favorite. 

All the best!  

Notes for Upper Limb are also shared.

T.H Clinicals of upper limb

ALL Clinicals of Upper Limb

All Clinicals Upper Limb (Snell)

Arteries of Upper and Lower Limb

Lymphatics of Upper Limb

Nerves Upper Limb Notes

Snell All Muscle Tables

Upper Limb Arteries and Nerve Supply

Upper Limb Notes

Dr Azam’s Upper Limb Notes

UPPER LIMB ANATOMY By Johari MBBS

Upper Limb Dr. Adel Bondok Notes

Upper Limb Joints_Quick Revision Tables

UPPER LIMB NOTES