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A
Acclimation
Acidity / Alkalinity / PH
Actinic
Activated Carbon
Aeration
Air Pump
Algae
Allelopathy
Ammonia
Anaerobic Bacteria
Anaerobic Substrate
Antibiotic
Aquascaping
Artemia
Asexual / Sexual Reproduction
Assimilation
B
Bacteria
Bamboo
Barbels
Benthic
Bioload
Biolgical Filtration
Biotope
Blanketweed
Bloodworm
Bogwood
Box Filter
Brackish
Brown Algae
Brush Algae
Bubble Nest
Buffering Capacity
C
Calcareous
Calcification
Carbon Dioxide
Carnivore
Catfish
Caudal Peduncle
Characins
Chelated
Chemical Filtration
Chlorine
Cichlids
Classification
Cold Blooded
Coldwater
Community
Copper
Corals
Corydoras
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D
Daphnia
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Diatom
Disinfectant
Dither Fish
Duckweed
Dwarf Cichlids
E
Ecosystem
Electrolysis
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Estuary
Euthanasia
Evolution
Excretia
External Filtration
Eye
Feeding
Filamentous Algae
Filtration
Finrot
Fins
Fishless Cycling
Flashing
Flourescent Light
Fluidised Bed Filter
Formalin
Freshwater
Frozen Food
Fry
Fungus
G
Gas Exchange
Gastropod
Genital Papilla
Genus
Gh
Gills
Gonopodium
H
Habitat
Hardness
Head And Lateral Line Erosion
Heating
Herbivore
Hierarchy
Holiday Care
Hybrid
Hydra
Hydrometer
Hydrophilic / Hydrophobic
I
Impellor
Infusoria
Invertebrates
IonExchange
Iron
J
Java Fern
Java Moss
Jawfish
Julidochromis
Juvenile
K
Kalkwasser
KH
Killifish
Knifefishes
Krill
L
Lateral Line
Light Spectrum
Lighting
LiveBearer
Loaches
Lymphocystis
M
Macroalgae / Microalgae
Macronutrients / Micronutrients
Marine
Maturation
Mechanical Filtration
Membrane
Metabolism
Metallic Compounds
Methylene Blue
Mouth
Mouthbrooder
Mucus
Mulm
N
Nauplius
Nematode
Nitrate
Nitrification / Denitrification
Nitrite
Nitrogen Cycle
Nocturnal
Non-return Valve
Nutrients
O
Omnivore
Organic
Osmoregulation
Ovipositor
Oxygen
Ozone
P
Parasite
Parrotfish
PH
PH Scale
Phosphate
Photosynthesis
Pigment
Plankton
Popeye
Power Cuts
Powerhead
Q
Quarantine
R
Rainwater
Rasboras
Redox Potential
Respiration
Reverse Osmosis
Rhizome
S
Salinity
Scales
Sedentary
Shoaling
Silicon Sealant
Siphon
Soluble / Insoluble
Spawning
Sterilisation
Stones
Stress
Substrates For Plants
Sump
Swim Bladder
T
T5s
Temperate
Toxins
Trace Elements
Trickle Filter
Tropical
Tubifex
U
Ulcers
Ultraviolet Steriliser / Clarifier
Undergravel Filtration
Undulate
Unicellular
V
Valid Name
Vegetable Filter
Vegetative Propagation
Velvet Algae
Velvet Disease
Ventral
Venturi
Vertebrate
Viviparous
W
Water Column
Water Quality
Weir
Wet / Dry Filter
Whitespot
Whiteworms
Whorl
X
Xenia
Xiphophorus
Y
Yeast
Yellow Water
Yolk Sac
Z
Zebrafish
Zeolite
Zoonosis
Zooplankton
Zooxanthellae


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Encyclopedia
Finrot
Finrot is a common aquarium disease that is usually caused by a bacterial pathogen such as Aeromonas, myxobacteria or Pseudomonas bacteria. The symptoms include split, ragged, or worn fins, often with white patches or edges. Finrot may be confused with fin damage caused by fin nipping by other fish, but fin nipping often results in a 'clean' looking fin with missing parts, rather than an obviously infected area. The bacterial pathogens responsible for finrot are always present in the water but the problem will only occur if the fish is already in bad condition due to other factors. Common causes of finrot include stress caused by bad water conditions, overstocking, damage caused by fighting or fin-nipping, poor nutrition, or recent transporting. All these factors will weaken the fishes immune system to the point where it is no longer able to fend of attack by the finrot causing bacteria. If left untreated, finrot can continually degenerate the fins and eventually attack the fish's body, resulting in death. The first course of action should be to remove any stress-causing factors and make sure that water conditions are at their best. Following this there are a number of antibacterial treatments that can be used on the whole aquarium. For some fish, such as many livebearers, the addition of aquarium salt can help treatment and prevention of finrot. It should be noted that because finrot is almost always caused by bad aquarium conditions, it should be treated as a sign that something is wrong with the overall aquarium environment.

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