List of Articles Artemia franciscana

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  1 - بررسی اثر غلظت های متفاوت جلبک Chlorella بر رشد و میزان بازماندگی Artemia franciscana
  جواد سالارمحمدی مازیار یحیوی میر مسعود سجادی حجت الله فروغی فرد
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  2 - غنی سازی آرتمیای بالغ Artemia franciscana با غلظت های مختلف امولسیون اسیدهای چرب غیر اشباع
  احترام محمدی مهران جواهری بابلی محمد خلیل پذیر
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  3 - بررسی اثر غلظت های متفاوت جلبکsp. Nannochloropsis بر رشد و بازماندگی Artemia franciscana
  الهام ناهیدی مازیار یحیوی میر مسعود سجادی
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  4 - The Effect of Dietary L-Carnitine Supplementation on the Growth Performance, Survival Rate and Early Maturation of Artemia franciscana
  یاسمن خامه چین رامین مناف فر امیر توکمه چی ویدا حجتی امید ملکی بالاجو
  Artemia mainly due to its nutrition value and also its merits has been considerate very in research biology and aquaculture. L-carnitine as a food supplement which stimulates the fatty acids oxidation and its affect on increasing of the nitrogen retention and stimulatio More

  Artemia mainly due to its nutrition value and also its merits has been considerate very in research biology and aquaculture. L-carnitine as a food supplement which stimulates the fatty acids oxidation and its affect on increasing of the nitrogen retention and stimulation of resistance against the environmental stresses is used lately in modern aquaculture. In order to study of the effect of dietary L-carnitine supplementationon the growth performance, survival rate and early maturation of Artemia franciscana, treatments were done by 1, 10, 100, 1000mg/l of L-carnitine supplement. The cysts of A. franciscana were hatched in optimal conditions. Acquired larvae were fed as long as 15 days with a compound of enriched yeast with HUFA and the alga Dunaliella tertiolecain salinity of 80g/l. L-carnitine supplement was added directly in culture medium and indirectly added by enrichment the algae were fed by specimens. Results revealed that this supplement can stimulate early sexual maturation and aggravates masculinization in all of the experimental groups in comparison with the control group. The best result, in this regard was recorded for 1000 mg concentration of L-carnitine in which at 15th days the best percentage of sexual maturation, 13.03%, was seen. These results showed that L-carnitine has significant effect on growth performance when it exposes in 100 mg concentration of L-carnitine Manuscript profile
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  5 - Nutritional effects of Nannochloropsis oculata and rice bran concentrate enriched with Saccharomyces cerevisiae on the growth and survival of Artemia franciscana
  Fatemeh Mohammadi Nafchi Morteza Souri Farzaneh Shirvani
       In order to examine and determine the best and the most effective diet for Artemia, Artemia Franciscana was fed under laboratory conditions using three sources of diet: T1: rice bran concentrate enriched with yeast, T2: Nannochloropsis oculata, T3: t More

       In order to examine and determine the best and the most effective diet for Artemia, Artemia Franciscana was fed under laboratory conditions using three sources of diet: T1: rice bran concentrate enriched with yeast, T2: Nannochloropsis oculata, T3: the combination of rice bran concentrate enriched with yeast and Nannochloropsis oculata in three treatments and three replications for 14 days. The results of the three treatments were compared. At the end of the period, in the third treatment by removing 1962 grams of Artemia biomass and survival rates of 85/71%, the best condition was observed. There was significant difference between treatments one and two, with the biomass of 1778 g and 1621 g, and survival rates of 78/18% and 71/82%, respectively and treatment three dietary by the combination of rice bran concentrate enriched with yeast and Nannochloropsis algae. According to the results obtained it can be proved that the diet resulted from agricultural waste coupled with adequate amounts of from single-cell algae and yeast will suffice to increase production of Artemia biomass and reduce costs associated with building diets for rearing Artemia and its use for aquaculture, and there is no need for costly mass production of single cell algae. Manuscript profile