Unwell Athlete Flashcards
Tall young men can have
Spontaneous pneumothorax
Intense training is associated with
higher level of infection
The J Curve
Theory that regular moderate exercise decreased risk of URTI, while strenuous exercise increased it
Infection may compromise athletic performance by
Affecting muscle enzyme activity and muscle strength
Exercise that is performed during illness requires more
Cardiorespiratory effort
athletes with symptoms restricted to one system vs. generalised symptoms
One system affected (e.g. URTI or skin) vs generalised symptoms affecting more than one system should be considered separately when deciding whether or not to train or compete
Athlete with URTI symptoms of sore throat, runny nose, but otherwise afebrile
Can be allowed to continue with mild-moderate training
Such exercise in people who are moderately fit and active is not thought to prolong or intensify the llness
Symptoms that mean athlete should avoid athletic activity
Systemic symptoms of generalised malaise
Muscle pains
Temperature in excess of 38
Raised HR more than 10 beats above normal
–> until both systemic symptoms and signs have returned to normal
–> should then gradually resume activity, opposed to going straight back into previous leel
Athletes who engage in intense exercise during such infections have an increased risk of
Heat exhaustion
Post-viral fatigue
Viral myocarditis
Infections which are common in athletes but do not cause them to become severely unwell
Herpes simplex virus
Fungal infections
Skin warts on hands + feet caused by HPV
Herpes simplex virus
Wrestlers- herpes gladiatorum
Rugby forwards- scrum pox
Fungal skin infections
Tinea pedis (athletes foot) Tinea cruris (jock itch)
Influenza
Common viral infection- winter
Number of strains varies yet to year
Can be debilitating with systemic symptoms causing fever, malaise and myalgia
Elderly + chronic illnesses susceptible- immunisation
Athletes may wish to be immunised to stop spread in team
Some of symptomatic treatment options such as pseudoephedrine banned by WADA
Infectious Mononucleosis caused by
Epstein-Barr Virus (EBV)
Causes ‘glandular fever’
Infectious Mononucleosis severity
Appears to increase with age
Children infected by EBV
Typically develop a flu-like illness
Young adults and adolescents infected by EBV
Fatigue Sore throat Malaise Headache Myalgia
EBV clinical examination
Exudative pharyngitis
Swollen, tender cervical lymph notes
High fever 39-40 common
Splenomegaly and EBV
Lymphocytic infiltration within spleen gives rise to splenomegaly in about half the cases
EBV has similarities with clinical picture with
Cytomegalovirus
Toxoplasmosis
Primary HIV infection
Treating Infectious Mononucleosis
Ampicillin or amoxycillin
Infectious mononucleosis treatment SE (ampicillin or amoxycillin)
Defuse macular rash
Older patients in addition can also develop complications such as hepatitis or thrombocytopoenia (decreased platelet count)
Infectious mononucleosis incubation period
30-50 days after exposure
Illness lasting for up to 15 days
Infectious mononucleosis treatment athletes
Systemic treatment to reduce fever and sore throat
Not particularly contagious and no need for isolation of athlete who has it
Many people already have adequate antibody levels because of previous childhood exposure
Rest from all sporting activity until all acute symptoms have resolved
Infectious mononucleosis contact and collision
Should be avoided whilst spleen is enlarged
Risk of splenic rupture increased (from 0.1 to 0.2%) and can be fatal