Caudal Peduncle Vein
Caudal Peduncle Vein - Related Videos
03:10
Microinjection of Bacteria into the Caudal Vein of Zebrafish Embryos
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2026
Source: Shi, J., et al., Screening and Identification of RNA Silencing Suppressors from Secreted Effectors of Plant Pathogens. J. Vis. Exp. (2020)This video demonstrates the procedure for preparing an Agrobacterium tumefaciens culture by inducing virulence gene expression with acetosyringone, followed by antibiotic removal through washing and resuspension, to generate a transformation-ready suspension for gene delivery into plant tissues.
07:29
A Cryoinjury Model for Studying Skeletal Muscle Regeneration of the Caudal Peduncle in Adult Zebrafish
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Cited by 2 •
2023
This protocol describes a cryoinjury model to induce profound damage of several caudal myomeres in adult zebrafish. This method provides a new approach for studying skeletal muscle regeneration after severe loss of tissue in non-mammalian vertebrates.
06:27
Detecting Establishment of Shared Blood Supply in Parabiotic Mice by Caudal Vein Glucose Injection
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Cited by 3 •
2020
Here we describe a new method of detecting successful establishment of shared blood circulation of two parabionts through a caudal vein injection of glucose, which causes minimal damage and is not fatal to the parabionts.
06:46
Caudal-to-cranial Approach in Laparoscopic Right Hemicolectomy with Complete Mesocolon Excision and D3 Lymph Node Dissection
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2026
Laparoscopic surgery is widely used in the treatment of right-sided colon cancer and offers numerous advantages. This paper describes the caudal-to-cranial surgical approach combined with complete mesocolic excision (CME) and D3 lymph node dissection, which may potentially reduce the technical difficulty and appear to be a safe approach.
06:40
Development of a Rat Caudal Interbody Fusion Model: A Pilot Feasibility Study
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2026
This study demonstrated the technical feasibility of a pilot rat caudal interbody fusion model using posterior cage and plate fixation. Histomorphometric analysis at 12 weeks confirmed continuous bone bridging and distinct intra-cage bone maturation patterns. This technical model serves as a preliminary foundation for future large-scale studies.
FAQs
Blood moves through the vessel from tissues located toward the tail back toward the trunk. This direction provides a route for venous return from posterior regions and connects tail circulation with the fish’s central circulation. Its position therefore helps relate external body anatomy to the internal pathway that ultimately directs blood toward the heart.
After leaving posterior tissues, venous blood may pass through the fish’s renal portal system before reaching the heart. This connection makes the caudal peduncle vein relevant to studies that trace how blood from the tail is routed through internal organs. It also links regional anatomy with broader investigations of circulation and physiological adaptation.
The caudal peduncle forms the narrow connection between the fish’s body and tail, so a vein in this region provides an anatomical reference for posterior blood return. Identifying that position helps researchers interpret how tail tissues connect with the trunk and distinguish local vascular relationships during studies of fish anatomy and circulation.
Its connections show how circulation accommodates the transition between the tail, the caudal peduncle, and the trunk. Studying this pathway can therefore place regional blood return within the larger organization of fish circulation. That anatomical context supports investigations of how body structure and blood flow relate to physiological adaptation in different fish conditions.
Veterinary examinations can use knowledge of this vessel’s location and connections when assessing fish health. The vein is relevant when researchers evaluate disease, stress, or overall systemic condition, because observations or samples associated with this region can be interpreted alongside the fish’s anatomy and circulation rather than as an isolated anatomical feature.
The caudal peduncle vein is relevant to blood collection procedures and aquaculture health assessment. Samples or examinations connected with this vessel can support evaluation of disease, stress, and systemic condition. Understanding the nearby anatomy helps researchers relate findings from the caudal region to venous return and the broader physiological status of the fish.