State the types of common toes deformities a, Computer Engineering

Common toes deformities are:

1. Hallux valgus: Deviation of great toe towards the second toe resulting in prominence of first metatarsal head.  Later on there is formation of a bursa on the prominence. This results in formation of a bunion which may undergo secondary infection.

2. Hallux rigidus: This is an unbending great toe which is vulnerable to ulceration due to pressure and friction.

3. Claw toes: These toes are bent ventrally. Their tips are prone to develop ulcer due to abnormal pressure and friction.

4. Hammer toes: These are cock-up toes which are bent upwards & trend to develop ulcer due to friction with upper of the shoes.


Posted Date: 8/27/2013 5:44:07 AM | Location : United States

Related Discussions:- State the types of common toes deformities a, Assignment Help, Ask Question on State the types of common toes deformities a, Get Answer, Expert's Help, State the types of common toes deformities a Discussions

Write discussion on State the types of common toes deformities a
Your posts are moderated
Related Questions
Define the term- Verification It is a way of preventing errors when data is copied from one medium to another (for instance from paper to disk/CD or from memory to DVD, etc.).

What are the conditions that have to be met for a condition to be an invariant of the class? Ans) ? The condition should hold at the end of each constructor. ? The conditi

Explain in details the various standard I/O interfaces. The various standard I/O interfaces are:  1. The Peripheral component interconnect(PCI) bus is a standard that suppor

What is pipelining? The overlapping of implementation of successive instructions is known as pipelining.

Simplify   the   following   expression   into   sum   of   products   using   Karnaugh   map F(A, B, C, D) = ∑ (1,3,4,5,6,7,9,12,13) Ans. Simplification of the giv

LDAP stands for LDAP- Light weight Directory Access Protocol.

Typical human voice is centered around                   Hz. (A)  200-400                                     (B)  280-3000  (C)  400-600

Problem: a) Most RMI and RPC systems expect to be supported by the "Request-Reply Protocol". Describe what "Request-Reply Protocol" is. b) Describe the invocation semantics

What is the length of function code at user-command? Every menu function, push button, or function key has an associated function code of length FOUR (for example, FREE), which

For the circuit demonstrated below, what is the Maximum Frequency of Operation? Are there any hold time violations for FF2? When yes, how do you modify the circuit to ignore them?