Who’s following The Fish Vet’s blog?

It’s quite neat that WordPress has provided a summary report of 2011’s activities on TheFishVet’s blog account.

We have almost every continent covered!

Thank you for the follow in 2011!

I look forward to sharing more with you in 2012 and beyond.

 

Yours sincerely,

Dr Richmond Loh
BSc BVMS MPhil (Vet Path) MANZCVS (Aquatics & Pathobiology) DipPM

Veterinarian / Adjunct Lecturer Murdoch University / Secretary Aquatic Animal Health Chapter ANZCVS
The Fish Vet, Perth, Western Australia. Mobile Veterinary Service for fish and other aquatic creatures.
http://www.thefishvet.com.au
Ph: +61 (0)421 822 383

What’s happening at WAVMA in 2012?

NB: WAVMA stands for World Aquatic Veterinary Medical Association, formerly AqVA [Aquatic Veterinary Association].

Dr Julius Tepper will be assuming the role of Past President, and Dr Dušan Palić will become the President. Dr Mohamed Faisal will be the President-Elect.

WAVMA’s web site had a significant overhaul in 2011. The new web page offers members a suite of options and privileges that will continue to grow and upgrade in 2012.

In 2011, WAVMA initiated the development of the Aquatic Veterinary General Practitioner Credentialing program. The program was spearheaded by our Credentialing Committee (Drs Faisal, Miller-Morgan, Palić -chair, Palmeiro, Scarfe, and Walster). Thanks to numerous members’ inputs and committee work, the program is set to be released in early 2012.

A WAVMA Fellowship Program is in the works, and Dr Faisal will be inviting nominees for WAVMA Fellows in early 2012 as well. The honour of Fellowship will be bestowed to outstanding WAVMA members who have contributed significantly to the development of aquatic veterinary medicine practice, art and science. Please consider nominating colleagues that you would like to recognise for their contributions to the field.

Other membership services will continue to grow in 2012. The Aquatic Vet News, members listserv are embedded in the new web site. The members database, and archive of listserv messages about members’ cases and questions are developing, and there is hope to offer access to an online store with WAVMA branded items soon. The executive board is exploring a cloud data storage option that would allow the members in good standing (renewed before April 1, 2012) unlimited personal computer files backup for a fraction of the cost of similar services. Another possible membership service that is being developed is the discounted book purchase program, which we hope to offer with support from several major publishers who offer titles in the areas of veterinary medicine and aquaculture.

WAVMA recently became an Affiliate Member of the World Small Animal Veterinary Association which will allows for promotion of the cause of aquatic veterinary medicine globally.

WAVMA is  invite all members to help expand and grow the Association. Please, invite new members “Are you a WAVMA member?” Check out the member benefits online.

Killer frog fungus now in India!

AquaticHealth.net Disease News Update >> Killer fungus spotted in Western Ghats [India]

Link to source content: http://ibnlive.in.com/news/killer-fungus-spotted-in-western-ghats/216792-60-123.html.

Your input is important: Please verify and add any relevant commentary to this report. Also, is the information in the report summarised somewhere in the Wiki?

Report Content:

THIRUVANANTHAPURAM: A killer fungus that nearly wiped out amphibian populations in various countries to extinction across the world has been detected for the first time in the country.

The presence of the deadly chytrid fungus has been detected by scientists from the Rajiv Gandhi Centre for Biotechnology, here, in collaboration with the University of Helsinki and the Imperial College, London.

The villain, bearing the name Batrachochytrium dendrobatidis or bd for short, has now been identified in frogs in the Ponmudi region of the amphibian-rich Western Ghats.

What we have detected is minimal, but it is very significant because this virus can threaten the already

declining amphibian population in our forests to total extinction, said RGCB scientist Sanil George, who along with Juha Merilla of the University of Helsinki headed the study.

With permission from the state Forest Department, the scientists had taken swabs off the frogs skin from various locations in Kudremukh, Agumbe, Aralam, Athirapalli, Periyar, Munnar, Vellarimala, Ponmudi and Peppara regions of the Western Ghats.

This was the first such screening reported from the Indian sub continent, which until now, was generally believed to be free of the deadly fungus.

While the initial infection is on the skin, causing lesions and shedding of top-layer, the fungus causes problems that are more than just skin-deep. The amphibians absorbs water and important salts through the skin and this transfer of salts is the first to get affected with the alteration of the skin surface.

Abnormal salt levels causes the amphibian heart to stop and finally death. The International Union for Conservation of Nature (IUCN) has called the amphibian chytridiomycosis the worst infectious disease ever recorded among vertebrates in terms of the number of species impacted, and its propensity to drive them to

extinction.

It is believed that the fungus originated in Africa and travelled all over the world piggy-back riding on the African clawed frog that were exported for various studies and clinical tests.

While almost 40 percent of amphibians in the Western Ghats are already threatened, we need to put in more efforts to screen for emerging infectious diseases of amphibians. With the expansion of pet trade, even these African clawed frogs have started coming to our country, said Sanil George.

Apart from Sanil George and Juha Merial, the other scientists who were part of the study team are Abhilash Nair, Olivia Daniel, Sujith V Gopalan, K Santhosh Kumar and Amber G F Teacher.

The results of the study, sponsored by the Department of Biotechnology, Government of India and the Finnish Academy of Sciences, and supported by the Kerala Forest Department and the National Biodiversity Authority of India, was published in the latest issue of Herpetological Review, an international journal published by the Society for the Study of Amphibians and Reptiles (SSAR).

Fish migrations

Did you know that approximately 2.5% of all known previous termfishnext term species undergo migration at least once during their life cycle?

Migration is the synchronous, directed movement of a large segment of a population between discrete habitats. Although, the physical scale of migration may vary over four orders of magnitude, from hundreds of meters to thousands of kilometers. There are many challenges associated with migration, and numerous factors can influence the migratory success of individuals.

View article here:

http://www.sciencedirect.com/science?_ob=MiamiImageURL&_cid=280768&_user=143908&_pii=B978012374553800085X&_check=y&_origin=search&_coverDate=31-Dec-2011&view=c&wchp=dGLbVlS-zSkzS&md5=6c3d07177db4eaf3d2c20c9028943809/3-s2.0-B978012374553800085X-main.pdf

A glossary of terms used in the article:

Amphidromy An uncommon subcategory of diadromy, in which there is a brief excursion from freshwater to seawater during the juvenile stage, but the majority of feeding and growth and spawning occur in freshwater.
Anadromy Life-history strategy entailing reproduction and early rearing in freshwater followed by a significant growth phase in seawater.
Catadromy A subcategory of diadromy, in which the majority of feeding and growth occurs in freshwater and the fully grown adult previous termfishnext term migrate to saltwater and reproduce.
Crepuscular Occurring during twilight (dusk and dawn). Daily pattern with two peaks of activity centered around dusk and dawn, though not excluding some activity in between these periods. From Latin ‘crepusculum’ (twilight).
Diadromy A category of migration, in which all migratory activity crosses the seawater/freshwater boundary.
Diel Pertaining to a 24-h period.
Fluvial Relating to a river, stream, or other flowing water.
Iteroparity A reproductive strategy whereby an individual reproduces more than once within its lifetime.
Lateral line Sensory structure consisting of a series of mechanoreceptor cells on the surface of the body of previous termfishesnext term and for detection of water motion relative to the body and low-frequency sound.
Migration A regular directed movement of a group of animals.
Navigation A mechanism whereby previous termfishes plot a course to a particular location.
Oceanodramy A category of migration, in which all migratory activity occurs in saltwater.
Orientation A mechanism whereby previous termfishes position themselves in a particular direction in response to an external stimulus.
Potamodromy A category of migration, in which all migratory activity occurs in freshwater.
Rheotaxis A directional preference to flowing water.
Semelparity A reproductive strategy whereby an individual reproduces only once within its lifetime.

How do you do surgery on fish?

Many people have asked me, “How do you do an operation on a fish? Under water or above water? How do they breathe?”
In a nut shell, it’s done above water and we induce the fish in an anaesthetic bath and maintain the fish under anaesthesia by passing water containing anaesthetic past their gills.
For more details see section in Fish Vetting Essentials or the following article.

Fishnext term surgery

Michael J. Murray DVM Corresponding Author Contact Information, a

a Monterey Bay Aquarium, Monterey, California USA

Available online 31 May 2006.

As the number and value of captive previous termfishesnext term increases, so too will the indications for surgical intervention by the veterinarian. In general, the most difficult aspect of previous termfishnext termsurgery is the provision of adequate and safe anesthesia, and several different anesthetic regimens are provided. Once one is familiar with the normal anatomy of the piscine patient, the basic concepts of surgery prevail, including appropriate surgical approach, hemostasis, and gentle tissue manipulation. Specific surgical procedures, celiotomy, liver biopsy, renal biopsy, and laparoscopy are discussed. Finally, successful outcome of a surgical manipulation often rests in the postoperative management of the surgical patient. Suggestions for appropriate postoperative management are also discussed.

Help, I need a local vet for my fish!

If you are not in Perth or Melbourne and require a veterinarian to see your fish, email your details to thefishvet@gmail.com

Dr Loh has a mailing list of veterinarians who may be in your area who can help.

You may also wish to point your regular veterinarian to have a copy “Fish Vetting Essentials” on hand to help with caring for your fish.

However, if the condition permits, you may be able to organise for a site visit.

What role does a lab play in aquatic animal health?

The role of the diagnostic laboratory in fishnext term disease control

Douglas P. Anderson, Phyllis J. Barney

U.S. previous termFishnext term and Wildlife Service, National previous termFishnext term Health Research Laboratory, Box 700, Kearneysville, West Virginia 25430 USA

U.S. previous termFishnext term and Wildlife Service, previous termFishnext term Disease Control Center, P.O. Box 1595, La Crosse, Wisconsin 54602-1595 USA

Available online 22 September 2003.

Abstract

The diagnostic laboratory is becoming increasingly important to the productivity and profitability of hatcheries, previous termfishnext term farms, and aquaculture stations. The basic function of the laboratory personnel is to isolate and identify viral, bacterial, protozoan, and other previous termfishnext term pathogens present in cultured and feral previous termfishnext term stocks. New, rapid and accurate methods for the detection and identification of previous termfishnext term disease agents based on immunological, biochemical, and physiological assays are becoming commonly used. Nearly every North American state or province and many foreign countries have previous termfishnext term health regulations that require inspection of stocks for certain disease agents before the previous termfishnext term are shipped into their areas. Decisions from the diagnostic laboratory on identification, treatment, guaranteed isolation, immunization, and disposal of previous termfishnext term populations affect administrative directives, hatchery placement, and national and international transportation of previous termfishnext term and previous termfishnext term products. This paper reviews concepts and describes the equipment, supplies, biologics, and media needed for the basic diagnostic laboratory. Information management, including training of staff, certification procedures, and quality control are also discussed.

Keywords: previous termFishnext term; Disease; Diagnostic Laboratory; Pathology

View full article here:

Click to access science

Where in the world would you find Fish Vetting Essentials?

You will be glad to know that Fish Vetting Essentials has gained recognition with veterinarians and aquariasts around the world purchasing this highly useful and practical text book on fish health and medicine. Just some of the countries the book has been exported to include:

  • American Samoa
  • Australia
  • Belgium
  • England
  • Hong Kong
  • Japan
  • New Zealand
  • Norway
  • Singapore
  • USA

View Sample Pages of Fish Vetting Essentials.

To order your copy of the latest Fish Vetting Essentials, visit thefishvet.com.au or click here to proceed directly to the shopping cart.

Fish exams for veterinarians – to certify expertise.

Aquatic Animal Health (or “Fish” health) is a growing area of public interest and associated veterinary activity. Veterinarians are rightly seen as independent guardians and experts in fish health and there is a need, understood within the profession, for specialised knowledge of this complex area to be appropriately recognised.

The establishment of the Aquatic Animal Health Membership subject within the Australian and New Zealand College of Veterinary Scientists (ANZCVS) in 2001 signified the growing need and interest in the veterinary profession to gain advanced knowledge, and recognition of this knowledge, in the discipline of aquatic animal health.

The membership subject has been well received and now sixteen veterinarians are members of the ANZ College in Aquatic Animal Health by examination. There is continued strong interest in the subject, with several veterinarians enrolled to sit Membership exams in the subject in 2012.

There are several veterinarians who predominately work with fish as their main stay. There are veterinarians who have the expertise and skills but lack the official qualification.

The examination in aquatic animal health creates this qualification and formalises the training pathway. If the veterinary profession is to further its involvement in aquatic animal health and meet the expectations of the public, industry and government, then it needed to provide the opportunity to enable veterinarians to become specialists in the field and be recognised for this specialisation. The ANZ College fulfils this need through a rigorous programme of training and examination.