Diabetes Type 1 ICD-10-CM Codes

Diabetes Type 1 ICD-10-CM Codes | 2023

Read this short guide to learn about Diabetes Type 1 ICD codes you can use!

By Karina Jimenea on Jun 16, 2024.

Fact Checked by Nate Lacson.

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Table of content

What Diabetes Type 1 ICD-10 codes can I use?Are these Diabetes Type 1 ICD-10 codes billable?Clinical information about Diabetes Type 1 Synonyms include FAQS

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What Diabetes Type 1 ICD-10 codes can I use?

If you’re looking for Diabetes Type 1 ICD codes, you’ll be spoiled for choice because there’s a lot. Here are six examples that you can use:

E10.10 - Type 1 diabetes mellitus with ketoacidosis without coma

This ICD-10 code is meant to be used on a patient confirmed to have Type 1 Diabetes accompanied by Ketoacidosis, and they’re not in a coma.

E10.11 - Type 1 diabetes mellitus with ketoacidosis with coma

This is the same as Item 1, but this time, the patient is in a coma.

E10.21 - Type 1 diabetes mellitus with diabetic nephropathy

This ICD-10 code is meant to be used on a patient confirmed to have Type 1 Diabetes and Diabetic Nephropathy.

E10.22 - Type 1 diabetes mellitus with diabetic chronic kidney disease

This ICD-10 code is meant to be used on a patient confirmed to have Type 1 Diabetes accompanied by Diabetic Chronic Kidney Disease. This damages the kidneys, keeping it from properly filtering waste.

E10.29 - Type 1 diabetes mellitus with other diabetic kidney complication

This ICD-10 code is meant to be used on a patient confirmed to have Type 1 Diabetes accompanied by a diabetic kidney complication.

E10.49 - Type 1 diabetes mellitus with other diabetic neurological complication

This ICD-10 code is meant to be used on a patient confirmed to have Type 1 Diabetes accompanied by a neurological complication.

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Are these Diabetes Type 1 ICD-10 codes billable?

Yes. The aforementioned ICD-10 codes for Diabetes Type 1 are valid and billable.

Clinical information about Diabetes Type 1:

Type 1 Diabetes is a lifelong chronic medical problem characterized by the pancreas producing little to no insulin. This is a life-threatening problem because insulin is an essential hormone. It is what regulates glucose in our blood, and it helps our bodies use glucose for energy.

Type 1 Diabetes is characterized by the immune system destroying insulin-producing cells in the pancreas. This can lead to an overabundance of glucose in the body (hyperglycemia). If there’s too much glucose in the body, the person is at risk of complications like stroke, heart disease, kidney damage, nerve damage, retinopathy, and even death.

Those with this type of Diabetes must take insulin externally via insulin shots or pumps for the rest of their lives.

Synonyms include:

Ketoacidosis due to type 1 diabetes mellitus
Acidosis due to type 1 diabetes mellitus
Ketoacidotic coma due to type 1 diabetes mellitus
Nephrotic syndrome due to type 1 diabetes mellitus
Proteinuria due to type 1 diabetes mellitus
Proteinuria due to type 1 diabetes mellitus
Chronic kidney disease due to type 1 diabetes mellitus
Hypertension in chronic kidney disease due to type 1 diabetes mellitus
Microalbuminuria due to type 1 diabetes mellitus
ICD 10 code for type 1 diabetes
ICD 10 code for diabetes type 1
ICD-10 code for diabetes type 1
ICD-10 code for type 1 diabetes mellitus
ICD 10 code for type 1 diabetes with hyperglycemia

Commonly asked questions

How does Type 1 Diabetes develop?

Even with current research, the exact causes haven’t been confirmed, but findings suggest genetics have something to do with it. Those who have had relatives who’ve had Type 1 Diabetes have a higher chance of possibly getting it than those who don’t come from a line of Type 1 Diabetics.

Is there a way to prevent Type 1 Diabetes from developing?

Since it’s not known what exactly causes it to develop, there are no ways of preventing it.

Is it possible for Type 1 Diabetics to live normal lives?

If by normal, you mean being able to work, do the things they love doing, and do other activities, then yes, they can live “normal” lives. They just need to properly manage their insulin levels by regularly taking insulin shots or pumps, monitoring their blood levels consistently, and making lifestyle adjustments (e.g., dietary adjustments, regular exercise, stopping smoking, avoiding or lessening alcohol consumption).