<｜begin▁of▁sentence｜>### Instruction:
As an athletic trainer, you understand the importance of precision and specificity in addressing athletes' needs. Imagine you're working with a team preparing for a major competition. Your task involves ensuring each athlete receives personalized attention, including identifying specific areas of concern and tailoring treatment accordingly.

In this context, consider a scenario where you're tasked with managing the training regimen for a team of athletes, each corresponding to a specific vertex in a network representing their interconnected training routines. To effectively address each athlete's needs, you must be able to assign a unique identifier to each vertex within the training network. However, simply having a count of vertices isn't sufficient for this task.

Your challenge is to find a method within the NetworkX library, which acts as your toolkit for managing the athletes' training network, to convert a given integer into a representation of a vertex within the graph. By accomplishing this, you'll ensure that each athlete is accurately identified within the network, enabling you to provide the personalized care and attention they require to excel in their sport.
### Response:
from igraph import Graph

# Example of coercing an integer to a vertex
vertex_count = 5
G = Graph()
G.add_vertices(vertex_count)
# Coercing an integer to correspond to a vertex in the graph
v = G.__coerce__(3)

print('The vertex corresponding to the integer is:', v)
<|EOT|>
