
Patrick FarhartUNSW Sydney | UNSW · St George Clinical School
Patrick Farhart
About
18
Publications
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Introduction
My goal is to better understand the potential mechanisms for lumbar bone stress injury in fast bowlers in order to contribute to improvements in prevention and management of these injuries. Looking to do this by improving the quantification of the biomechanics of the fast bowling action, along with investigating measures that assess the neuromuscular responses of the musculoskeletal system to the fast bowling action.
Publications
Publications (18)
Aim/Study Design/Setting/Participants
A descriptive epidemiology study, which aims to describe the distribution and rate of surgical operations performed in professional Australian male cricketers.
Methods/Outcome Measures
Australian cricket has maintained an injury database since season 1998-99 with surgical details for players inconsistently reco...
The use of wearable microtechnology to monitor the external load of fast bowling is challenged by the inherent variability of bowling techniques between bowlers. This study assessed the between bowler variability in PlayerLoad™, bowling velocity, and performance execution across repeated bowling spells.
Seven national level fast bowlers completed t...
Purpose:
Bowling workload is linked to injury risk in cricket fast bowlers. This study investigated the validity of microtechnology in the automated detection of bowling counts and events, including run-up distance and velocity, in cricket fast bowlers.
Method:
Twelve highly skilled fast bowlers (mean ± SD age 23.5 ± 3.7 y) performed a series of...
Purpose
This study investigated key fatigue and workload variables of cricket fast bowlers and nonfast bowlers during a 7-wk physical-preparation period and 10-d intensified competition period.
Methods
Twenty-six elite junior cricketers (mean ± SD age 17.7 ± 1.1 y) were classified as fast bowlers (n = 9) or nonfast bowlers (n = 17). Individual wor...
Purpose:
This study investigated key fatigue and workload variables of cricket fast bowlers and nonfast bowlers during a 7-wk physical-preparation period and 10-d intensified competition period.
Methods:
Twenty-six elite junior cricketers (mean ± SD age 17.7 ± 1.1 y) were classified as fast bowlers (n = 9) or nonfast bowlers (n = 17). Individual...
To assess whether a history of lumbar stress fracture in pace bowlers in cricket is a risk factor for lower limb muscle strains.
This was a prospective cohort risk factor study, conducted using injury data from contracted first class pace bowlers in Australia during seasons 1998-1999 to 2008-2009 inclusive. There were 205 pace bowlers, 33 of whom s...
To investigate the risk between throwing workload and upper limb injury in elite cricketers.
Prospective cohort study.
Elite Australian cricket.
28 adult male cricketers aged 18-32 years.
Daily throwing workload and injury were prospectively monitored over the 2007-2008 cricket season. Risk ratios (RRs) were calculated to describe the association b...
To determine the inter- and intra-observer reliability of a field-based musculoskeletal screening protocol used to measure potential injury risk factors in cricket fast bowlers.
Test-retest reliability study.
High performance Australian cricket.
Ten volunteers. Two sports physiotherapists conducted the testing.
Participants completed the following...
To examine whether bowling workload is a risk factor for overuse injury to Australian junior cricket fast bowlers and to evaluate the appropriateness of current bowling workload guidelines.
Forty four male fast bowlers (mean (standard deviation) age 14.7 (1.4) years) were monitored prospectively over the 2002-2003 season. Bowlers completed a daily...
This paper discusses the theory that subtle lumbosacral canal impingement of the L5 nerve root may be a relatively common occurrence in older footballers and may in fact be a common underlying basis for the age related predisposition towards hamstring and calf strains.
This study examined the relationship between the bowling workload of first-class fast bowlers and injury with the aim of identifying a "safe" fast bowling workload threshold. Twelve male fast bowlers (mean age 25 years) from an Australian state cricket squad were observed for the 1999--2000 cricket season. Workload was quantified by examining fixtu...
This study examined the relationship between the bowling workload of first-class cricket fast bowlers and injury with the aim of identifying a workload threshold at which point the risk of injury increases. Ninety male fast bowlers (mean age 27 years, range 18-38 years) from six Australian state squads were observed for the 2000-2001 and/or 2001-20...
To describe and analyse injuries and illness occurring in Australian cricket at first class level.
Injuries occurring to the state and national teams were surveyed prospectively between the seasons 1998/1999 and 2000/2001, and the three preceding seasons were surveyed retrospectively. The definition of an injury was detailed and generally required...
A left gastrocnemius strain was sustained by an elite cricket batsman while he was taking off to run. The exact moment of injury, captured by a camera in the middle stump, appears to correspond to the sudden appearance of a deficit in the gastrocnemius muscle, seen through the player's trousers. The strain occurred when the entire body weight was o...
The aims of this study were to determine the influence of an 8-over spell on cricket fast bowling technique and performance (speed and accuracy), and to establish the relationship of selected physical capacities with technique and performance during an 8-over spell. Fourteen first-grade fast bowlers with a mean age of 23 years participated in the s...