UNIVERSITAS AIRLANGGA



Detail Article

Jurnal Ilmiah Perikanan & Kelautan

ISSN 2085-5842

Vol. 3 / No. 1 / Published : 2011-04

Order : 14, and page :91 - 96

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Original Article :

Leukocyte profil of koi fish (cyprinus carpio) which infested by ichthyophthirius multifiliis on the different infestation degree with cohabitation methode

Author :

  1. Gunanti Mahasri*1
  2. Pristita Widyastuti *2
  3. Laksmi Sulmartiwi*3
  1. Fakultas Perikanan dan Kelautan Universitas Airlangga-Kampus C Mulyorejo-Surabaya
  2. Fakultas Perikanan dan Kelautan Universitas Airlangga-Kampus C Mulyorejo-Surabaya
  3. Fakultas Perikanan dan Kelautan Universitas Airlangga-Kampus C Mulyorejo-Surabaya

Abstract :

  Koi fish (Cyprinus carpio) is one type of ornamental fresh water, which much liked because of its beauty  such as have shape, colour and beautiful patern, so many people depend on  their  life from culturing and marketing koi  fish. The main obstacle in koi fish culture is disease attack. The disease caused by interaction between host, pathogen  and environment  (Fisheries and Marine Department, 2005). Ichthyophthirius multifiliis (I. multifiliis) is one of parasite which can cause fish ichtyopthiriasis. According  Durborow (1998) said, that clinical sign of koi fish who affected by I. multifiliis had a white spot. I. multifiliis is a  parasite that eat blood cells (Dogiel et al., 1970). According Macdonald et al., (2001) in Saptanto (2004) explain, that  parasite infestation also could increase eosinophile. Total of monocyte increases if there are a foreign substantion in  tissue or blood circulation and neutrophile are phagocyte which could migration in the other tissue to eat bacteria  (Moyle and Chech, 2004). Meyer and Harvey  (1998)  in Salasia  (2001) assert,  that blood  test also useful  to help disease  diagnose, examining  immune  system and  to determine  fish health  status. The method was used in this field research is experimental method by cohabitation method. This research is  expected  to provide  information and knowledge about  leucocyte component which  infested by  I. multifiliis at different  infestation level with cohabitation method. This research was done July 26, 2010 until December 31, 2010 at Klepon  Village, District of Garum, Blitar, East Java and in   the Laboratory of Education Faculty of Fisheries and Marine  Fisheries, Airlangga University, Surabaya. I. multifiliis infestation level are classified based on the total of I. multifiliis who infestation koi fish total of low: 1–5 parasites/slide, medium: 6–10 parasites/slide, High: more than 11 parasites/slide (Margolis et al., 1982 in Akter dkk., 2007). The result of research showed that chages of leucocyte blood profil of the amount the total each leucocyte component (lymphocyte, neutrophile, monocyte, eosinophile) koi fish who  infested by I. multifiliis,  there  is a declining in average percentage of total lymphocyte in low infestation 86.20%, medium infestation 79.40% and heavy  infestation 75.20%. The average percentages of  total monocyte was  increasing  in  low  infestation 5.40%, medium infestation 5.60% and heavy infestation 6.60%. The average percentages of total neutrophile also increasing in low infestation 6.40%, medium  infestation 11.20% and heavy  infestation 11.60%. The average percentages of total eosinophile also increasing in low infestation 2.00%, medium infestation 3.60% and heavy infestation 5.60%. water quality measured during  research,  the average of  temperature 24-26 C and pH cohabitation 8.  

Keyword :

Ichthyopthirius multifiliis, Leukocyte Profil of Koi Fish, Cohabitation,


References :

George Post,(1987) Fish Health. United States of Amerika. X : TFH Publication





Archive Article

Cover Media Content

Volume : 3 / No. : 1 / Pub. : 2011-04
  1. Nutritional Content And Characterization Bioactive Compounds Of Sea Sluge (discodoris Sp.)
  2. Distribution Mapping Of Mangrove Ecosystem In Surabaya And Sidoarjo
  3. Level Of South Coastal Area Of Bangkalan Residence On Oil Spill Potention
  4. Technique Culture Of Sea Weed (kappaphycus Alvarezii) With Flouting Raft Method In Tanjung Village, Saronggi Sub District, Sumenep Regency, East Java
  5. Prevalence And Infection Level Of Dactylogyrus Sp. On Gill Of Milkfish Juvenile (chanos Chanos) In Traditional Pond, Glagah Subdistrict, Lamongan Residence
  6. Fishing Tool Effectivity Of Mini Purse Seine By Using Different Light Source For Catching Fish Of Puffer Fish (rastrelliger Sp.)
  7. Velocity And Infection Percentage Of Ice-ice Disease On Kappaphycus Alvarezii In Bluto Beach Sumenep
  8. The Effect Of Bacteria Bacillus Pumilus In Cow Dung As Fertilizer To Total Chlorophyll Dunaliella Salina
  9. Effect Of Artificial Feed, Natural Feed And Combination Between Them To Growth Rate, Food Convertion Ratio And Survival Rate Of Indonesian Shortfin Eel (anguilla Bicolor)
  10. The Effect Of Concentration Young Coconut Water And Honey In 0,9% Sodium Chloride To Motility And Life Time Catfish (pangasius Pangasius) Spermatozoa
  11. Effect Of Adding Vitamin B On Blotong Dry Media 12 Againts Population Growth Dunaliella Salina
  12. Effect Of Brown Algae Extract (sargassum Sp.) On Growth Of Escherichia Coli In Vitro
  13. Skin Histopathology Alteration Of Koi (cyprinus Carpio) With Ichthyophthirius Multifilis Infested Accordance Cohabitation
  14. Leukocyte Profil Of Koi Fish (cyprinus Carpio) Which Infested By Ichthyophthirius Multifiliis On The Different Infestation Degree With Cohabitation Methode
  15. Use Of Content Cow Rumen Fermented With Bacillus Pumilus Bacterial Chlorophyll Content On The Culture Dunaliella Salina
  16. Effectivity Of Meniran (phyllanthus Niruri) Extract As Edwardsiella Tarda Antibacterial According In Vitro
  17. Antibacterial Activity Of The Juice Majapahit Fruit (crescentia Cujete L.) To Bacteria Aeromonas Salmonicida Against In Vitro
  18. Effect Of Salt (nacl) Against Damage Of Argulus Japonicus Egg
  19. Effect Of Use Of Snail Meat (achatina Fulica) For Artificial Diet On Growth, Food Convertion And Survival Rate Catfish (pangasius Pangasius)
  20. Waste Treatment At Fish Processing Company In Kelola Mina Laut Incorporated Gresik East Java Province