Skip to main content
Springer logoLink to Springer
. 2006 Apr 29;216(10):579–580. doi: 10.1007/s00427-006-0079-2

The regeneration capacity of the flatworm Macrostomum lignano–on repeated regeneration, rejuvenation and the minimal size needed for regeneration

B Egger 1,, P Ladurner 1, K Nimeth 1, R Gschwentner 1, R Rieger 1
PMCID: PMC2441583

Dev Genes Evol (2006)

Table 1 contained errors in the original publication.

Table 1.

The correct version of Table 1 is shown below

    cutting level number of specimens % fully regenerated days until full regeneration days until death, if no full regeneration
transversal amputation anterior regeneration just anterior of brain 11 81.82 about 2 weeks
just anterior of eyes 5 0
anterior half of pharynx 7 0 more than 9 weeks
middle of pharynx to gonads 114 0 more than 9 weeks
tail plate 13 0 up to 8 days
posterior regeneration posterior end of rostrum 12 0 up to 3 days
posterior of eyes 13 0 up to 3 days
mid of pharynx 15 0 up to 6 days
middle to end of pharynx 35 14.29 about 25 days up to 16 days
end of pharynx, a little bit of gut 50 58.00 about 3 weeks up to 14 days most within 7 days
possibly anterior tip of testes 11 90.91 about 17 days 2 days
mid of gonads 5 100.00 about 2 weeks
tail plate 32 100.00 6-10 days
two-sided regeneration posterior of eyes and at tail plate 6 0 more than 3 weeks
in rostrum and at gonad level 1 100.00 about 4 weeks
repeatedregeneration between testes and tail plate 20 100.00 cut 29 times during 12 months
juveniles half of body to tail plate 24 62.50 2-4 weeks
oblique amputation anterior regeneration between eyes 9 0
posterior regeneration between eyes 9 0 up to 3 days
longitudinal incision anterior regeneration cut symmetrically 19 36.84 about 1 week
cut asymmetrically 28 39.29 about 1 week
posterior regeneration cut symmetrically 13 53.85 about 1 week
cut asymmetrically 15 40.00 about 1 week

Footnotes

The online version of the original article can be found at: http://dx.doi.org/10.1007/s00427-006-0069-4


Articles from Development Genes and Evolution are provided here courtesy of Springer

RESOURCES