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(1898)
Nablyudeniya and istoriei razvitiya nemertin ( Observations on the History of Development of Nemerteans )
A.V. Chernyshev (2000)
Lichinki nemertin semeistva Ototyphlonemertidae v zalive Petra Velikogo Yaponskogo moryaBiologiya morya, 26
C. Young, M. Sewell, Academic Rice (2003)
Atlas of Marine Invertebrate LarvaeAquaculture Research, 34
J. Norenburg (1986)
Redescription of a brooding nemertine, Cyanophthalma obscura (Schultze) gen. et comb.n., with observations on its biology and discussion of the species of Prostomatella and related taxa * †Zoologica Scripta, 15
V. Maslakova, C. Malakhov (1999)
Nemertiny otryada Hoplonemertini imeyut skrytuyu lichinkuDokl. RAN, 366
(1999)
Nemertiny otryada Hoplonemertini imeyut skrytuyu lichinku ( Nemerteans of the Order Hoplonemertini possess a hidden larva )
E. Egan, Dt Anderson (1979)
The Reproduction of the Entozoic Nemertean Gononemertes australiensis Gibson (Nemertea: Hoplonemertea : Monostylifera)–Gonads, Gametes, Embryonic Development and Larval DevelopmentMarine and Freshwater Research, 30
A.V. Chernyshev (2003)
The System of Higher Taxa of the Enoplan Nemerteans (Nemertea, Enopla)Biologiya morya, 29
E.A. Egan, D.T. Anderson (1979)
The Reproduction of the Entozoic Nemertean Gononemertes australiensis Gibson (Nemertea: Hoplonemertea: Monostylifera) Gonads, Gametes, Embryonic Development and Larval DevelopmentAustral. J. Mar. Freshwat. Res., 30
A. Chernyshev (2004)
Classification System of the Higher Taxa of Enoplan Nemerteans (NEMERTEA, ENOPLA)Russian Journal of Marine Biology, 29
A.V. Chernyshev (2004)
Two New genera of nemertean worms of the family Tetrastemmatidae (Nemertea: Monostilifera)Zoosyst. Ross., 12
F. Iwata (1960)
Studies on the Comparative Embryology of Nemerteans with Special Reference to Their Interrelationships, 10
R. Gibson (1974)
A new species of commensal hoplonemertean from AustraliaZoological Journal of the Linnean Society, 55
S. Stricker (1985)
The Stylet Apparatus of Monostiliferous HoplonemerteansIntegrative and Comparative Biology, 25
Ya.N. Lebedinskii (1898)
Nablyudeniya and istoriei razvitiya nemertinZap. Novoros. ob-va estestvoispytat., 22
S.A. Stricker (1985)
The Stylet Apparatus of Monostiliferous HoplonemerteansAmer. Zool., 25
Data on the larval development of Quasitetrastemma stimpsoni and Q. nigrifrons are presented. In both species, fertilization is external; the development passes through a free-swimming larval stage, the “hidden larva.” The larva has three pairs of eyes. After settling, the eyes of the second pair fuse with eyes of the first pair or are completely reduced. The basis and stylets are formed in 7–8 days after fertilization. Larvae of Q. stimpsoni settle on day 9–10 after fertilization; and Q. nigrifrons, on day 7–8.
Russian Journal of Marine Biology – Springer Journals
Published: Aug 31, 2008
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