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What kind of kidney disease does Flex Wheeler have?

What kind of kidney disease does Flex Wheeler have?

Back in 1999, Flex Wheeler was diagnosed with Focal Segmental Glomerulosclerosis. But what does this mean? Focal Segmental Glomerulosclerosis is a very rare kidney disease where scar tissue develops on the kidney’s glomeruli.

What happens if you take a flexible retirement?

If you receive payment of your benefits on flexible retirement, then your benefits will not be subject to reduction or suspension for re-employment whilst you are in a job with the employer that allowed you to take flexible retirement.

What kind of car accident did Flex Wheeler have?

In a post on Facebook, Flex Wheeler discussed his horrible car accident. He broke his C4 and C5 vertebrae on his spine. That means he was basically millimeters off from being permanently paralyzed as we know it today. Flex Wheeler in a neck brace after his car accident.

Why did Flex Wheeler have his legs amputated?

Especially considering that he has a kidney disease, his body is not capable of getting enough filtered blood to his legs. This is actually a big problem for many people with renal system or vascular failures- they need to get extremities amputated due to the blood flow being lower than normal.

Back in 1999, Flex Wheeler was diagnosed with Focal Segmental Glomerulosclerosis. But what does this mean? Focal Segmental Glomerulosclerosis is a very rare kidney disease where scar tissue develops on the kidney’s glomeruli.

In a post on Facebook, Flex Wheeler discussed his horrible car accident. He broke his C4 and C5 vertebrae on his spine. That means he was basically millimeters off from being permanently paralyzed as we know it today. Flex Wheeler in a neck brace after his car accident.

Especially considering that he has a kidney disease, his body is not capable of getting enough filtered blood to his legs. This is actually a big problem for many people with renal system or vascular failures- they need to get extremities amputated due to the blood flow being lower than normal.

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Ruth Doyle