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| Related FAQs:
Clownfish Diseases
1,
Clownfish Diseases 2,
Clownfish Diseases 3,
Clownfish
Disease 4,
Clownfish Disease 5,
Clownfish Disease 6,
Clownfish
Disease 7,
Clownfish Disease 8,
Clownfish Disease 9,
Clownfish Disease 10,
Clownfish
Disease 11,
Clownfish Disease 12,
Clownfish Disease 13,
Clownfish Disease 14,
Clownfish Disease 15,
Clownfish Disease 18,
Clownfish Disease 19,
Clownfish Disease 20,
& FAQs on Clownfish
Disease By: Environmental Stress,
Nutrition,
Social/Behavioral/Territoriality,
Trauma/Mechanical Injury, & Pathogens:
Lymphocystis,
Infectious Disease (Bacteria, Fungi...), Protozoans:
Cryptocaryon/Ich,
Amyloodinium/Velvet,
Brooklynella (see article below), &
Mysteries/Anomalous Losses, &
Clownfishes in General,
Clownfish Identification,
Clownfish Selection,
Clownfish
Compatibility,
Clownfish Behavior,
Clownfish Systems,
Clownfish
Feeding,
Clownfishes
and Anemones, Breeding
Clowns Related Articles:
Brooklynellosis,
Damselfish,
Anemones,
Premnas Pix,
/The Conscientious Marine Aquarist
Clownfish
Diseases
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By Bob Fenner |
Many problems, causes... |
Avoiding Clownfish Diseases:
Selection of initially clean,
pathogen-free livestock is of paramount importance. Wild-caught/captured
livestock should be avoided in place of captive produced (tank-bred and reared)
specimens. Wild specimens almost always have pathogenic issues...
All specimens should be
isolated/quarantined for a minimum of two weeks to assure their health, as well
as screen any pathogen from being vectored into your main display/s. Do NOT
count on your dealer to have performed this crucial task... Even
captive-produced specimens can be easily exposed to pathogenic disease agents by
careless mixing of gear, water in a commercial setting. If treatment is
necessary, this MUST be accomplished in a separate Treatment Tank/System.
"Medications" may well kill your other livestock directly and/or indirectly if
applied to your main/display system/s.
Quarantine,
Quarantine
Marine Fishes, Dips/Baths
Provision of an optimized,
stable environment and good nutrition is of course necessary. Know and provide a
good-sized volume for the species in question. At least forty gallons for a pair
of the smaller species, and double this minimum for the larger. Ocean
Nutrition's frozen Pygmy Angel formula, Piscine Energetics Mysis,
Cyclop-Eeze,
good quality
flake (e.g. Omega-C) and pelleted (e.g. Spectrum) prepared diets are good
choices for energy-dense, quality and palatable foods that can supply all
nutritional needs.
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Chart of Disease/Causative Agents vs.
Symptoms and Suggested Treatment Moda, ex. photo, Microscopic details? (Mmm,
later)
|
| By Symptoms:
(ref./links) |
Causative Agent/s |
Suggested Treatment
Moda |
Graphic |
Discoloration/Mottling, Hiding, Hanging
in Corners:
Marine
Environmental Diseases,
Toxic Water Conditions,
Aggressive
Behavior, |
Most often either environmental or social/territorial
trouble/s. Too much crowding (Clowns are NOT social animals... like
mostly in pairs in the wild, and NOT found in close association with
other Clown species by and large). Some markings are genetically
predisposed and not uncommon in tank-bred specimens. |
Improved environment and nutrition.
Adding Cleaner Organism/s may help. |
 |
| Raised Pimples: |
Bumps/traumas, run ins with spiny,
stinging tankmates, subsequent reaction/s to netting, shipping,
handling, captive stress. Unless these are numerous, such spots rarely
portend pathogenic disease, though sometimes are indicative of encysted
worms or microsporideans. |
Improved environment and nutrition;
anthelminthic and anti-protozoals if indicated. Adding Cleaner
Organism/s may help. |
 |
Cloudy, otherwise damaged eyes:
Pop-eye/Exophthalmia, Cloudy Eyes & Eye Injuries |
If unilateral (one-sided) most often
due to physical trauma. If bilateral (both sides) or other fish life
similarly afflicted, due to poor environment and/or nutrition. Rarely
due to infectious or parasitic agents. |
Improved environment and nutrition.
Adding Epsom Salt, Cleaner Organism/s may help. |
 |
Clumpy, loose cottony growths on fins, bodies:
<See Protozoan parasites below> |
Most often the result of parasitic
infestation, but can be just excess mucus production from chemical
exposure, poor water quality. |
Further diagnosis, formulation of a
treatment plan and execution.
<See Protozoan parasites below> |
 |
|
Long, white, or stringy feces... possibly "plugged up" likely not
feeding...:
|
Internal parasites (of the lumen)...
usually protozoan (e.g. Octomita/Hexamita) or worms of various
possibilities. Even just resultant from poor adjustment, acclimation...
Recent moving, introduction to a new setting. |
Isolation, feeding of medicated foods
(Protozoacide and Anthelminthic), and/or administration of
anti-protozoal and deworming agents to the water possibly. Epsom Salt. |
 |
| Rapid Breathing, Shallow or Deep:
|
Indicative of either pathogenic,
environmental and/or social disease. |
Testing of water quality, water
changes, diagnosis, formulation of a treatment plan and execution.
|
Less than twenty or more than sixty gill movements
per minute. |
| Fine Dust Appearance, White to Tan in Color:
|
Most often Amyloodinium, though other
Protozoans can appear this way as well. |
Further diagnosis, formulation of a
treatment plan and execution.
<See Amyloodinium below and Cryptocaryon pix for comparison> |

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| Discrete Pin-head Sized Spots on the Body and Possibly Fins: |
Most often indicative of the protozoan
Cryptocaryon irritans. |
Further diagnosis, formulation of a
treatment plan and execution.
<See Cryptocaryon below> |
 |
| Slimy Appearing Aggregate White Filmy Material on the Body: |
Most often Brooklynella, but can be
Amyloodinium, Uronema, other protozoans. |
Further diagnosis, formulation of a
treatment plan and execution.
<See these Protozoans below> |
 |
| Clamped Fins, Disoriented Behavior:
|
Often a response to a reflection of the
fish itself. Also general response to low oxygen, poor water quality
period. Possibly infectious or parasitic problem. |
Check water quality, amend. Where, when
in doubt, a good sized (20-25%) water change. Apply dark paper to side
of tank being "paced". |
 |
|
By Causative Agents:
|
| Genetic Defects: |
Missing pieces of fins, eyes... Bent
jaws (as shown),
vacuolations/scalloped portions of the head, back... Diffuse, weird
patterning, less-bright coloration... Dark spots, areas... |
If the animal appears and behaves
functionally otherwise... |
 |
Trauma; Physical & Social:
Aggressive
Behavior, |
Obvious physical damage, psychological
expression (hiding, not feeding...), from tankmates (here one stung by a
cnidarian host; Euphylliid), decor, rough netting, pump intakes, jumping
up to the hood, lighting... Jaws stuck open (may be from an
obstruction that may be cleared). |
Moving the aggressor or victim/s.
Improving water quality, bolstering immune systems with vitamin/HUFA
supplementation. Cleaner organism presence may help. |
 |
Poor Environment:
Marine
Environmental Diseases,
Toxic Water Conditions, |
Nitrogenous et al. metabolite
accumulation effects. Burning of gills, sores, broken fin membranes,
labored breathing, bilateral exophthalmia... |
Corrective action... water changes,
chemical filtrant use. |
 |
Poor Nutrition:
Nutritional
Diseases |
Shows as wasting, poor activity, poor color, death... |
Offer foods of high palatability, soak same in appetite stimulants. |
 |
|
By Viral & Infectious Disease:
|
Lymphocystis (Lymph, viral):
Lymphocystis, Viral Disease |
White to gray clumpy, cauliflower-like appearing bunches most often
on unpaired fin membranes. Expresses itself most often in stressed
individuals, poor environments. |
Pulling off large/r masses seems to trigger the host immune system.
Improved water quality, nutrition. Possibly the addition of a purposeful
cleaner organism. |
  |
Bacteria, Fungi:
Infectious
Marine Disease (Bacteria, Fungi) |
Almost always secondary to some primary trauma or poor water quality
issue. Appear as open, un-demarcated/non-emarginated sores, cottony
patches. |
Find and rectify the root cause/s. Water changes, improved water
quality and nutrition. Rarely are antibiotics necessary or useful. |
 |
|
By Parasitic Agents:
|
| Octomita/Hexamita, other internal
protozoan and possibly worm parasites |
Not eating, wasting away, disorientation,
occasionally shows as bloat...
|
Consecutive or concurrent application
of an anti-protozoal and possibly an anthelminthic |
 |
| Amyloodinium (Velvet):
Velvet
Disease/Amyloodiniumiasis
|
White film to small discrete tan to whitish fine dotting... lack of
appetite, rapid respiration, lots of mucous. Rapid onset disease... may
kill within a day.
|
Copper, Formalin can work... with diligence, testing (at least
daily), replenishment... But the anti-malarial Chloroquine diphosphate
at 5-10 mg/L for 10 days is the best route to go. |
 |
Cryptocaryon (White Spot Disease, Ich):
Marine
Ich/Cryptocaryoniasis,
Marine
Ich: Fighting The War On Two Fronts
|
Discrete, "salt" sprinkled spots on the
body and fins. |
Formalin or Copper-based medications.
FW dips/baths are not efficacious by themselves. |
 |
Brooklynellosis (Clownfish Disease):
Brooklynellosis,
"Clownfish Disease" |
Detached threads/shreds,
thick cloudy mucous on skin. Very common protozoan parasite in
wild-collected specimens, and with others exposed to systems with these in it...
|
Formalin baths are recommended, with
sterilization, movement of affected fishes to new quarters. Not often
treatable with copper. |
 |
| Uronema: |
Smooth depigmented, pitted, lesions of defined borders,
often pinkish (flesh showing through). Hyperactivity then listlessness. |
pH-adjusted freshwater baths, formalin dips. Must be caught, treated
early to avoid systemic infestation. |
 |
Crustaceans: Copepods, Isopods...
Parasitic
Crustacean Diseases,
Isopods,
Pill-Bugs that aren't such a hoot |
Isopods most often in the mouth, though
do occur attached to the body. Segmented, grey, unmistakable. Copepods
often as "sticks" with heads buried under scales or attached to the skin
of the fins. |
Adults are best removed via careful
tweezering. The system needs to be treated (generally with an
organophosphate) to kill the intermediate stages. |
 |
Worms:
Parasitic
Worm Diseases (Trematodes/Flukes, Nematodes, Turbellarians, Acanthocephalans...
|
Various phyla (mono- and di-genetic
trematodes aka Flukes, Acanthocephalans, Nematodes... External ones may
appear like spots (dark or light colored), worm-like... internal species
can manifest themselves as bloating, prolapsed colons, a lack of
feeding, general malaise, stringy, white feces... |
Application to foods and/or water with
a purposeful anthelminthic. |
 |
| One more time: Other Protozoans, Worms (e.g. Black Ich/Paravortex):
Many |
Various appearing... bloody markings, torn fins, black spots..., to
no symptoms... |
Good livestock selection, quarantine, possible regimens of
pH-adjusted FW dips, with formalin... Use of anti-protozoals... and
anthelminthics... |
 |
About Definitive Diagnosis:
Assuredly, the
only real means of determining the root cause of expressed disease is through
scientific testing... And for causative organism determination, through
microscopic techniques... This last is not difficult, nor need it be expensive,
and much can be discerned with a low-power scope (a couple hundred
magnifications) of simple skin/slime prep.. As I have long-attested, the
investment in a simple microscope like the QX- series by Intel/Mattel can more
than make up its small expense in saved livestock, medications, thrown away
water etc. The single best reference book actually costs more. Ed Noga's work,
Fish Disease, Diagnosis & Treatment is an excellent (though expensive) resource.
Notes on Moda Above & Therapeutic Agents of Use
About Quarantine, Treatment and
Main/Display Tanks: All incoming Clowns should be isolated for at least two
weeks, particularly wild-collected specimens. Isolation-only systems are termed
Quarantine... Treatment tanks are where actual medications are applied. It is
extremely rare that fishes should be treated in their Main/Display tanks... for
fear of killing off other livestock, biological filtration microbes, and the
very real likelihood that the presence of materials there will counteract the
efficacy of treatments.
Quarantine,
Quarantine
Marine Fishes, Dips/Baths, Acclimation Articles
Improved environment and
nutrition: Stable optimized water quality is key. Total absence of ammonia
and nitrite, minimum (less than 5 ppm) or nitrate are requisite. Undercrowding,
live sump/refugium (with macroalgae, DSB...) use, careful maintenance, regular
upkeep of skimmer, use of chemical filtrants... Foods that are entirely
nutritious (e.g. Spectrum pellets), soaked in Vitamin and HUFA supplement (e.g.
Selcon). Vitamins in
Marine Systems, Iodine/ate/ide
Use
Copper Compounds: Free
cupric ion or chelated formats (e.g. CopperSafe, Cupramine).
MUST be administered carefully, as there is a narrow range of cure to kill in
exposure... MUST be tested for concentration at least daily with a matching type
Copper Test Kit...
Copper
Use
Epsom Salt: Epsom Salt,
Magnesium Sulfate and Other Salts & FAQs,
Formalin/Formaldehyde:
I encourage folks to only use Formalin, or a formalin-based remedy as a
dip/short bath... is very toxic (a biocide...) to all life, including aquarists-
I'd use 1 drop per gallon of a stock (37%) solution. Do aerate the dip/bath
solution and observe the fish VERY carefully during this procedure for signs of
distress and remove if things look bad after a few minutes. If you can, a 5-10
minute dip is efficacious, moving the fish/es afterwards to a new/un-infected
setting.
Formalin,
Formaldehyde Use
Quinine Compounds:
Quinine Compounds & FAQs,
Organophosphates: Are "economic poisons", intended for use in killing
terrestrial insects mostly. They can be used to advantage (with care) in
treatment for crustacean parasites in aquatic settings.
DTHP/Masoten/Dylox/Trichlorfon... Dimilin (diflubenzuron)... variously sold in
products such as "Fluke Tabs" (tm), Clout (tm), Med-Aqua (tm)...
Organophosphates (DTHP, Masoten, Dylox, Dimilin...
Anthelminthics (anti-worm agents):
Prazi tm (Praziquantel), Pipzine tm (Piperazine), Hexamit mixed in food or
water, Jungle Anti-parasite Medicated Fish Food
Metronidazole/Flagyl
Protozoacide: Chemicals introduced
into the food and/or water to kill single-celled animals/parasites. Most notably
Metronidazole (Flagyl tm);
New Life Spectrum Thera+a
Antibiotics/Antimicrobials: Materials
used to kill and reduce the virulence of bacteria, fungi...
Kanamycin, Spectrogram, Chloramphenicol, Furan compounds (Nitrofurazone e.g.),
Triple-sulfa (sulfathiazole, Sulfamethazine and Sulfacetamide).
Antibiotics, Antimicrobials and Pet-fishing
& FAQs,
Furan Compounds (Nitrofurazone/Furacyn...) & FAQs,
Sulfa Drugs &
FAQs,
Cleaner Organisms: Biological Cleaners,
Cleaner Shrimp, Neon,
Cleaner Gobies/Elacatinus, Gobiosoma,
Phony Non-Cures to be Aware of:
Hyposalinity has been advanced as a "for sure"
cure for various Clown ailments. Unfortunately such lowered specific gravity
trials rarely effect cures in the short or long-term. As you might assume, these
fish species, living in close association with their invertebrate hosts, are
sensitive to the same sorts of environmental changes and challenges... This
being stated, pH-adjusted freshwater baths, with or w/o additives, can be of use
in temporarily relieving specimens from external troubles and efficacious in
removing external disease agents. Placing host fishes back into
infected/infested systems is of course contra-indicated.
There are a mix of "reef safe" "cure-all"
"remedies" touted/sold on the market for treating the various maladies listed
above... Most all of these are outright scams... with parasites "cycling off"
with their application or no... to return in force later... What can I say/write
but "let the buyer beware"... Do investigate (thoroughly) such curatives... If
they don't list their ingredients, ignore them... If their clams are specious,
keep shopping... Tea/Leaf extracts, "Vital" this and that, pepper sauces (sigh,
yes)... are not useful. Garlic... best used on pizzas, pasta dishes, some soups.
Bibliography/Further Reading:
Mattel/Intel QX Microscopes:
http://www.compuvisor.com/qx5diblmicom.html?gclid=CIG74-zWjowCFQv1YAod5GB46Q
Noga, Ed. 2000. Fish Disease; Diagnosis &
Treatment:
http://www.amazon.com/Fish-Disease-Diagnosis-Edward-Noga/dp/081382558X/ref=sr_1_1/103-2945648-4573462?ie=UTF8&s=books&qid=1179180675&sr=8-1
Wilkerson, Joyce. 1997. Clownfishes:
http://www.amazon.com/Clownfishes-Joyce-D-Wilkerson/dp/1890087041/ref=sr_1_1/103-2945648-4573462?ie=UTF8&s=books&qid=1179180712&sr=1-1 | |
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