Tentaculariids (Cestoda, Trypanorhyncha) of elasmobranchs from Malaysian Borneo Author Palm, Harry Wilhelm Aquaculture and Sea-Ranching, Faculty of Agricultural and Environmental Sciences, University of Rostock, Justus-von-Liebig-Weg 6, 18059 Rostock (Germany) Author Haseli, Mohammad Department of Biology, Faculty of Sciences, University of Guilan, P. O. Box 41335 - 1914, Rasht 4193833697 (Iran) and Aquaculture and Sea-Ranching, Faculty of Agricultural and Environmental Sciences, University of Rostock, Justus-von-Liebig-Weg 6, 18059 Rostock (Germany) haseli @ guilan. ac. ir (corresponding author) haseli@guilan.ac.ir text Zoosystema 2023 2023-10-03 45 18 513 529 https://sciencepress.mnhn.fr/sites/default/files/articles/pdf/zoosystema2023v45a18.pdf journal article 271505 10.5252/zoosystema2023v45a18 56a33128-a80a-47a0-893d-381fcb673e5b 1638-9387 8421174 D8CE9D4C-3A08-461C-8CAF-2E7220CAD04B

TABLE 1. — Measurements of Nybelinia sphyrnae Yamaguti, 1952 and N. jayapaulazariahi Reimer, 1980 in micrometers (µm). Abbreviations: m, measured from the types and see Material and methods; Y, Yamaguti (1952). Note: since the Japanese type specimens of N. sphyrnae are larger and longer than the Bornean specimens, the proglottids with the same size were compared between Bornean vouchers and Japanese type specimens. Regarding the southern Australian specimens of N. sphyrnae, immature proglottids could only be observed.

	Nybelinia sphyrnae Yamaguti, 1952				Nybelinia jayapaulazariahi Reimer, 1980
					India	India	Australia (Palm &
Characters	Malaysian Borneo	New Caledonia	South Australia	Japan	(Reimer 1980)	(Palm 1999) Beveridge 2002)
TL (mm)	73.6 (71.0-76.1)	–	–	100 or more Y	–	–	–
SL	686 (500-1019)	974 (884-1025)	888 (762-1013)	800-1000 Y	890	530	1060
PBoL	384 (299-483)	530 (512-555)	634 (537-732)	450-600 Y	–	298	470
PVaL	312 (189-475)	499 (476-518)	436 (354-518)	499 (438-563) m	–	285	450
PBuL	344 (220-525)	399 (360-445)	320 (287-354)	325 Y	–	165	365
BuL	347 (202-535)	388 (332-447)	346 (272-405)	325 Y	228-254	150-165	320-325
BuW	96 (75-121)	78 (69-91)	111 (106-118)	90-150 Y	76-86	54	85-135
BuW: BuL	3.6 (2.2-5.0)	5.0 (4.4-6.2)	3.1 (2.4-3.7)	2.2-3.6 Y	2.9-3.0	2.9	2.4-3.8
VeL	42 (37-49)	63 (51-75)	98 (79-110)	75-130 Y	55	96	–
TEL	700 (603-855)	–	702 (502-840)	350-400 Y	275-289	–	–
TeWBa	35 (32-39)	37 (30-42)	35 (33-36)	34 Y	–	16-18.5	32.5-35
TeWMb	31 (27-36)	36 (30-39)	33 (30-36)	34 Y	–	16-18.5	32.5-35
NHR	30 (28-34)	–	32 (31-34)	32	–	–	–
NHBa	6	6	6	6	–	6	6
NHMb	6	6	6	6 m	–	6	6
BaHL	12 (9-15)	12 (9-14)	11 (9-12)	15 (14-16) m	–	6-7	11-14
BaHB	11 (9-15)	12 (9-15)	11 (8-14)	13 (12-14) m	–	6-7	9-11
MbHL	17 (16-19)	16 (15-20)	17 (12-21)	21 Y	11	10-11	15-16
MbHB	13 (10-15)	13 (11-15)	18 (15-21)	12-15 Y	–	6-7	11-14
PrL	296 (274-317)	–	–	244 m	–	–	–
PrW	753 (744-762)	–	–	793 m	–	–	–
TESL	57 (54-60)	–	–	60 m	–	–	–
TesW	44 (36-51)	–	–	47 (42-51) m	–	–	–
CSL	230 (226-232)	–	–	257 m	–	–	–
CsW	60	–	–	51 m	–	–	–
OvL	135 (120-150)	–	–	105 m	–	–	–
OvW	226 (195-258)	–	–	187 m	–	–	–
ViFoL	33 (28-42)	–	–	34 (30-40) m	–	–	–
ViFoW	25 (19-30)	–	–	27 (18-33) m	–	–	–