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discipline: Neurology | keywords: | published on: 26.6.2009

discipline: Health Care Sciences | keywords: | published on: 18.10.2011

discipline: Medical Ethics and Law | keywords: | published on: 21.12.2011

discipline: Microbiology | keywords: | published on: 20.10.2014

discipline: Dermatology | keywords: | published on: 5.3.2015

discipline: Microbiology | keywords: | published on: 18.4.2015

discipline: Occupational Medicine and Toxicology | keywords: | published on: 14.7.2015

discipline: Infectology | keywords: | published on: 21.1.2016

discipline: Nephrology | keywords: | published on: 28.9.2017

discipline: Haematology | keywords: | published on: 3.10.2017

discipline: Diabetology, Dietetics | keywords: | published on: 14.3.2012

discipline: Paediatrics, Neonatology | keywords: | published on: 21.7.2012

discipline: Dentistry | keywords: | published on: 31.8.2012

discipline: Biophysics | keywords: | published on: 20.10.2012

discipline: Neurology | keywords: | published on: 5.1.2013

discipline: Ophthalmology and Optometry | keywords: | published on: 23.3.2013

discipline: Biophysics | keywords: | published on: 2.9.2013

JLF UK v Martine | discipline: Epidemiology, Preventive Medicine, Hygiene | published on: 6.1.2009

JLF UK v Martine | discipline: Medical Chemistry and Biochemistry | published on: 19.1.2011

JLF UK v Martine | discipline: Health Care Sciences | published on: 4.2.2011

JLF UK v Martine | discipline: Health Care Sciences | published on: 4.2.2011

UPJŠ LF v Košiciach | discipline: Surgery, Traumatology and Orthopaedics | keywords: | published on: 28.10.2019

LF MU | discipline: Rehabilitation, Physiotherapy, Ergotherapy | published on: 17.9.2014

UPJŠ LF v Košiciach | discipline: Dentistry | published on: 19.12.2009

LF MU | discipline: Surgery, Traumatology and Orthopaedics | published on: 15.4.2009

LF MU | discipline: Biology | published on: 22.12.2020

JLF UK v Martine | discipline: Health Care Sciences | published on: 2.2.2010

LF MU | discipline: Dentistry | published on: 27.1.2021

Magnitude of sensation E = log S , ( S - intensity of stimulation) or in a modified form : Stevenson’s ... the E:\popups\iris.htm iris .  Attached to the ciliary body are tiny fiber "guy wires" called zonules ...

JLF UK v Martine | discipline: Biophysics | published on: 15.9.2008

discipline: Paediatrics, Neonatology | keywords: | published on: 21.2.2010