# Urology robotics
**Wikidata**: [Q17136907](https://www.wikidata.org/wiki/Q17136907)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/Urology_robotics)  
**Source**: https://4ort.xyz/entity/urology-robotics

## Summary
Urology robotics is a specialized subclass of robotics focused on the design, construction, operation, and application of robotic systems within the field of urology. It utilizes advanced surgical platforms, such as the Da Vinci Si, to perform robot-assisted procedures including pediatric surgery.

## Key Facts
- Urology robotics is classified as a direct subclass of the robotics category.
- The field is associated with the Microsoft Academic ID 2777733758.
- The Da Vinci Si surgical platform is a primary hardware system used for port placement and operations in this discipline.
- It is identified in the Freebase database by the unique ID /m/047g90v.
- The parent class, robotics, encompasses the design, construction, and application of robots and has a sitelink count of 94.
- Urology robotics is documented as being used for robot-assisted pediatric surgery.
- The entity is recognized in the English Wikipedia under the title "Urology robotics."

## FAQs
### Q: What is the relationship between urology robotics and general robotics?
A: Urology robotics is a specific subclass of the broader robotics class. While general robotics covers the design and operation of robots across all fields, urology robotics focuses specifically on their application in urological medical contexts.

### Q: What specific robotic systems are used in urology?
A: The Da Vinci Si surgical platform is a notable system used in urology robotics. It is specifically utilized for surgical port placement and performing robot-assisted operations.

### Q: Is urology robotics used for children?
A: Yes, urology robotics is applied in pediatric medicine. Documented cases include robot-assisted pediatric surgeries performed at facilities such as BAMC.

## Why It Matters
Urology robotics represents a significant specialization within the broader field of robotics, applying the principles of robotic design and operation to the specific needs of urological medicine. As a subclass of robotics, it leverages the foundational technology of robot construction to solve complex surgical challenges. The field is characterized by the use of sophisticated platforms like the Da Vinci Si, which allow for precise surgical port placement and operation. 

The relevance of urology robotics is further demonstrated by its application in diverse surgical environments, including specialized pediatric care. By providing a structured approach to robot-assisted surgery, the field facilitates medical procedures that require high levels of precision and technical operation. Its inclusion in major academic and data repositories, such as Microsoft Academic and Freebase, highlights its importance as a distinct area of study and clinical practice. This specialization ensures that the general advancements in robotics are effectively translated into tools and techniques that can be used in specific medical procedures to assist healthcare professionals.

## Notable For
- **Subclass Classification:** It is a formally recognized subclass of the robotics category.
- **Surgical Platform Integration:** Notable for the use of the Da Vinci Si robotic platform for surgical procedures.
- **Pediatric Application:** The field includes specialized robot-assisted pediatric surgery.
- **Academic Identification:** Recognized by specific digital identifiers including Microsoft Academic ID 2777733758 and Freebase ID /m/047g90v.

## Body

### Classification and Definition
Urology robotics is categorized as a subclass of the robotics discipline. The parent class of robotics is defined by the design, construction, operation, and application of robots. While the parent class maintains a sitelink count of 94, urology robotics serves as a focused application of these principles within a medical context.

### Technical Infrastructure
The field relies on specific robotic hardware and platforms to perform medical tasks:
*   **Da Vinci Si:** A surgical platform used for robotic port placement and surgical operations.
*   **Robot-Assisted Surgery:** The application of robotic systems to assist surgeons during complex procedures.
*   **Data Identifiers:** The field is tracked in academic and technical databases via Freebase ID /m/047g90v and Microsoft Academic ID 2777733758.

### Clinical Applications
Urology robotics is utilized in various clinical settings to perform specialized surgeries:
*   **Pediatric Surgery:** The technology is used for robot-assisted pediatric procedures, as documented in medical facility records.
*   **Port Placement:** Robotic systems are specifically employed to manage the placement of surgical ports during operations.
*   **Knowledge Representation:** The topic is maintained as a distinct entry in English-language knowledge bases, specifically under the Wikipedia title "Urology robotics."