Skip to content
Epomedicine

Mnemonics, Simplified Concepts & Thoughts

Epomedicine

Mnemonics, Simplified Concepts & Thoughts

mechanoreceptors

Mechanoreceptors : Mnemonic

Epomedicine, Jul 27, 2018Jun 15, 2022

Adaptation of Mechanoreceptors

Mnemonic: Life is fast for MPs (Member of Parliament) and slow for MRs. In alphabetical order, meIssner’s come becore meRkel. Hence, Meissner’s corpuscle are the quicker among two.

1. Fast adapting receptors: MP

  • Meissner’s corpuscle
  • Pacinian corpuscle

2. Slowly adapting receptors: MR

  • Merkel disc
  • Ruffini corpuscle/ending

mechanoreceptors

Location of Mechanoreceptors

Mnemonic: Both starting with “M” are superficial and have small receptive field. Other 2 are deeply located.

  1. Superficial (Epidermis): Meissner’s corpuscle and Merkel’s disc
  2. Deep (Dermis): Ruffini’s ending and Pacinian corpuscle

Mnemonic: MeiSSner has SS which stands for hairleSS or Smooth Surface.

  1. Found in hairless (glaborous skin) only: Meissner corpuscle
  2. Found in both hairless and hairy skin: Others

mechanoreceptors

Functions of Mechanoreceptors

Mnemonic:

The superficial receptors detect touch and the deep receptors detect pressure.

  1. Meissner is smooth to pronounce – found on smooth skin and detects smooth (fine) touch.
  2. Merkel is harder to pronounce – found also on hairy skin and detects crude touch.
  3. ViP STaR or PV = nRT
    • Vibtation: Pacinian corpuscle
    • Stretch and Temperature (warm): Ruffini endings
  4. Krause bulb = Kelvin = Kold (Cold)
  1. Meissner corpuscle: Light/fine touch and Moving 2 point discrimination
  2. Merkel disc: Crude touch and Static 2 point discrimination
  3. Ruffini endings: Stretch (prolonged pressure) and warmth
  4. Pacinian corpuscle: Vibration
  5. Krause bulb: Cold

They are also classified as: Fast Adapting (FA) or Slow Adapting (SA) followed by 1 (superficial) or 2 (deep)

  • FA1 – Meissner corpuscle
  • FA2 – Pacinian corpuscle
  • SA1 – Merkel disc
  • SA2 – Ruffini endings
31 shares
  • Facebook29
  • Twitter
PGMEE, MRCS, USMLE, MBBS, MD/MS DermatologyPhysiology

Post navigation

Previous post
Next post

Related Posts

PGMEE, MRCS, USMLE, MBBS, MD/MS coombs test

Coomb’s test : Mnemonic

May 23, 2019May 23, 2019

Components of Coomb’s test: Mnemonic: ABCD A: Antibody (to be detected) B: Blood antigen (RBC) C: Coomb’s reagent (Anti-antibody) D: Detect agglutination Direct Coomb’s/Antiglobulin test (DAT or DCT): Mnemonic: In DAT/DCT we take A+B from patient and add C [(A+B) + C] Another Mnemonic: DCBA (Direct Coomb’s detect Blood Bound…

Read More
PGMEE, MRCS, USMLE, MBBS, MD/MS brachial plexus

Brachial Plexus Simplified with Mnemonics

Aug 19, 2016Dec 13, 2024

Components of Brachial Plexus Mnemonic: Randy Travis Drinks Cold Beer From proximal to distal, brachial plexus consists of: How are the roots formed? From the Ventral Rami of C5 to T1 spinal nerves. Extent and course: Intervertebral foramina to Transverse process to Interscalene triangle (bounded by anterior scalene and middle…

Read More
PGMEE, MRCS, USMLE, MBBS, MD/MS

Prolonged QT Interval : Mnemonics

Jul 25, 2023Jul 25, 2023

Normal QT Interval Duration: 0.3-0.44 s (0.46 s for women); tends to increase as the heart rate decreases Bazett’s formula for corrected QT interval (QTc): QTc = QT/ √RR Prolonged QT Interval Duration: >0.44 s (men) and >0.46 s (women) Can lead to: Polymorphic VT (Torsades de pointes) Causes: Mnemonic:…

Read More

Comments (3)

  1. sunil nakum says:
    Jul 31, 2018 at 10:47 am

    I would say more than amazing! Its fantastic.

    Reply
  2. Ritesh K.M. says:
    Jun 7, 2019 at 2:00 am

    Awesome mnemonic 👍👍 helped me a lot to remember them 👌👌

    Reply
  3. suruk says:
    Apr 21, 2020 at 5:40 am

    lovely, From Thailand 😀

    Reply

Leave a Reply to sunil nakum Cancel reply

Your email address will not be published. Required fields are marked *

This site uses Akismet to reduce spam. Learn how your comment data is processed.

Pre-clinical (Basic Sciences)

Anatomy

Biochemistry

Community medicine (PSM)

Embryology

Microbiology

Pathology

Pharmacology

Physiology

Clinical Sciences

Anesthesia

Dermatology

Emergency medicine

Forensic

Internal medicine

Gynecology & Obstetrics

Oncology

Ophthalmology

Orthopedics

Otorhinolaryngology (ENT)

Pediatrics

Psychiatry

Radiology

Surgery

RSS Ask Epomedicine

  • What to study for Clinical examination in Orthopedics?
  • What is the mechanism of AVNRT?

Epomedicine weekly

  • About Epomedicine
  • Contact Us
  • Author Guidelines
  • Submit Article
  • Editorial Board
  • USMLE
  • MRCS
  • Thesis
©2026 Epomedicine | WordPress Theme by SuperbThemes