UNASSIGNED: The aim of this work was to determine the impact of surgically implanted telemetry transmitters (TTs) on the growth, survival, hematological and biochemical indexes, and wound healing in juvenile pikeperch ( @entity69244 ) (body weight 60-90  g). Two incision suturing methods were used-silk sutures (experiment I-group ST) or tissue adhesive (experiment II-group GT). After tagging, the fish were held in a recirculating system for 35  days. No statistically significant differences were noted in the growth or condition indexes analyzed among the fish tagged with TT compared with those from the control groups (untagged). Substantial individual variability was noted, however, in the parameters examined in both the control and tagged groups. Among the hematological indexes, statistically significant differences were only noted in experiment I. Lower values of mean corpuscular volume and mean corpuscular hemoglobin were noted in group ST. Among the biochemical parameters, @entity1011 was statistically significantly threefold lower, @entity1760 and @entity4972 ( @entity4972 ) levels were lower, and @entity3265 levels were higher in group ST than in the control group. In experiment II, significant differences were only noted for @entity4972 . Tissue adhesive was the superior and more effective method for closing the incision after TT implantation in juvenile pikeperch. This type of suturing facilitated faster healing, and it had less of an impact on juvenile pikeperch welfare.

The effects of surgically implanted dummy tags on the survival, growth performance, and physiology of pikeperch ( XXXX ).

@entity3265 :: ('MESH:D000641', 'Chemical') :: ['ammonia'] @entity4972 :: ('MESH:C562645', 'Disease') :: ['ALP', 'alkaline phosphatase'] @entity69244 :: ('283035', 'Species') :: ['Sander lucioperca'] @entity1011 :: ('MESH:D003404', 'Chemical') :: ['creatinine'] @entity1760 :: ('MESH:D008274', 'Chemical') :: ['magnesium']
@entity69244 :: (283035,Species) :: ['Sander lucioperca']
