Cylindrical silk gland (CY) spigots distinguish a large clade of modern spiders, the CY spigot clade, which includes all entelegyne spiders and their closest relatives. Following a widespread paradigm, CYs and their spigots are only known to occur in female spiders and they produce silk used in the construction of egg sacs. Here we report the occurrence of a CY spigot or CY nubbin on each posterior median spinneret (PMS) in males (5th stadium and later) of the spider Australomimetus maculosus. Late juvenile males had a CY spigot on each PMS, whereas adult males either had a CY spigot or, more often, a non-functional CY nubbin. This indicates that potential CY use by males is at least largely limited to late juvenile instars and is not invol...
Published descriptions of egg sac construction behavior in araneids are scarce. We describe egg sac ...
The spinning apparatus and silk of <em>Segestria senoculata</em> were studied with the use of scanni...
The male reproductive systems of spiders are highly diverse in structure across all major spider tax...
External studies of spider spinning fields allow us to make inferences about internal silk gland bio...
Many adult male spiders have silk glands which are not associated with the spinnerets. They occur on...
Spiders are well known for their silk and its varying use across taxa. Very few studies have examine...
Major ampullate (MaA) and minor ampullate (MiA) silk glands of juvenile Araneus cavaticus were exami...
Two forms of tubuliform glands (white and orange) are present within the abdominal cavity of the bla...
As part of an effort to understand the changes that piriform (Pi) and aciniform (Ac) silk glands und...
RNA-seq experiments conducted in 454 sequencers were carried out to produce 87.000 short-reads repre...
The means by which female wolf spiders attach an egg sac to their spinnerets was investigated using ...
Silk spinning is essential to spider ecology and has had a key role in the expansive diversification...
Silk spinning is essential to spider ecology and has had a key role in the expansive diversification...
The female genital organs of the tetrablemmid Indicoblemma lannaianum are astonishingly complex. The...
Spider silk is enigmatic, and web structure, design, and adult morphology of the spinning apparatus ...
Published descriptions of egg sac construction behavior in araneids are scarce. We describe egg sac ...
The spinning apparatus and silk of <em>Segestria senoculata</em> were studied with the use of scanni...
The male reproductive systems of spiders are highly diverse in structure across all major spider tax...
External studies of spider spinning fields allow us to make inferences about internal silk gland bio...
Many adult male spiders have silk glands which are not associated with the spinnerets. They occur on...
Spiders are well known for their silk and its varying use across taxa. Very few studies have examine...
Major ampullate (MaA) and minor ampullate (MiA) silk glands of juvenile Araneus cavaticus were exami...
Two forms of tubuliform glands (white and orange) are present within the abdominal cavity of the bla...
As part of an effort to understand the changes that piriform (Pi) and aciniform (Ac) silk glands und...
RNA-seq experiments conducted in 454 sequencers were carried out to produce 87.000 short-reads repre...
The means by which female wolf spiders attach an egg sac to their spinnerets was investigated using ...
Silk spinning is essential to spider ecology and has had a key role in the expansive diversification...
Silk spinning is essential to spider ecology and has had a key role in the expansive diversification...
The female genital organs of the tetrablemmid Indicoblemma lannaianum are astonishingly complex. The...
Spider silk is enigmatic, and web structure, design, and adult morphology of the spinning apparatus ...
Published descriptions of egg sac construction behavior in araneids are scarce. We describe egg sac ...
The spinning apparatus and silk of <em>Segestria senoculata</em> were studied with the use of scanni...
The male reproductive systems of spiders are highly diverse in structure across all major spider tax...