Exposure Assessment, Diagnosis and Follow-up of Hand-arm Vibration Syndrome

26th – 27th of September 2023
Online course

About this course

What are the mechanical properties of hand-arm vibration exposure and what do we know about how it is transferred to (and through) human tissues? What do we know about the potential signs and symptoms it may cause in humans?

This is a complex subject which includes several disciplines including physics, biomechanics, anatomy and neurology. It is a multidisciplinary subject with much development over the last years and still containing knowledge gaps to be explored. There is still a high degree of uncertainty related to exposure assessments, and there is no universal consensus on choice of diagnostic methods.

What do we currently know, and what do we not know? What is best practice today? This course aims at presenting up-to-date evidence-based knowledge on risk assessment, diagnosis and follow-up of HAVS.

Price information

The price of the course is EUR 225 and will be invoiced after the registration deadline.

It is possible to pay the course by invoice or credit card.

Course objectives

To present up-to-date evidence-based knowledge on risk assessment, diagnosis and follow-up of HAVS. To increase cooperation and build network between skilled professionals in the field of occupational medicine, in the Nordic countries.

Main Topics

Exposure assessment
Risk assessment
Diagnosis and classification of HAVS: The staging of vascular and neurological symptoms
Quantitative tests
Consensus/Gold standard
Follow-up of HAVS
Guidelines on continued vibration exposure and work
Treatment

Course program

Target groups

Medical doctors in occupational health departments or services
Occupational hygienists in occupational health departments or services
Researchers

Subject background

In the previous decade, the scientific literature on HAVS has grown and experience has been gained in its practical application. New knowledge about dose-response between exposure and quantifiable clinical signs are emerging. This is in part caused by developments in test equipment and standardization which enables a more objective assessment of the neurological component of HAVS. This opens up the possibility of early prediction of individuals which are at risk of acquiring HAVS.

There is still no full consensus regarding diagnostics of HAVS. However, recent literature shows there is much agreement regarding the most common diagnostic tools.