Amylase

Other names

Digestive Amylase
Fungal Amylase
Pancreatic Amylase

Synopsis

Amylase is a digestive enzyme responsible for breaking down starch and complex carbohydrates into simpler sugars like maltose and glucose, which the body can then absorb and use for energy. It exists in two primary forms in humans: salivary amylase (ptyalin), produced in the salivary glands and active in the mouth, and pancreatic amylase, secreted by the pancreas into the small intestine. These enzymes begin and continue the digestive process, ensuring efficient carbohydrate metabolism.

Amylase plays a crucial role in maintaining stable blood sugar levels, supporting energy metabolism, and preventing gastric and intestinal discomfort from undigested starches. Its function is especially important in high-carbohydrate diets, as it ensures that starch-heavy foods like bread, rice, and potatoes are properly broken down.

In modern integrative and functional medicine, supplemental amylase is often included in broad-spectrum digestive enzyme blends, used to support individuals with digestive insufficiency, pancreatic stress, bloating, or carbohydrate intolerance. It is also used in certain food-processing industries to improve texture, shelf life, and fermentability.

In diagnostic medicine, serum amylase levels are sometimes measured to assess pancreatic health, particularly in suspected cases of pancreatitis or salivary gland disorders. Elevated levels may indicate inflammation or damage to tissues where amylase is produced.

Historical Use:
Although the enzyme amylase itself was not identified until the 19th century—with the discovery of diastase (a form of amylase) in 1833 by Anselme Payen—its functional benefits have been understood for centuries through fermentation and traditional food preparation methods. Before refrigeration and industrial enzyme extraction, many traditional cultures instinctively used processes that enhanced natural enzyme activity, such as sprouting, soaking, and fermenting grains, which pre-digest starch and improve digestibility.

In Ayurvedic medicine, digestive capacity was described as “agni” (digestive fire). Practitioners often recommended herbal bitters and warming spices like ginger, black pepper, and cumin, which stimulate salivary and pancreatic secretions, indirectly enhancing amylase activity. Trikatu, a classic Ayurvedic formula, was commonly used to “ignite digestion,” helping with sluggish metabolism and starch intolerance.

Similarly, in Traditional Chinese Medicine (TCM), digestive issues involving bloating, fatigue, and poor appetite were associated with Spleen Qi deficiency, and herbs such as hawthorn berry, dried ginger, and fermented preparations were used to aid the breakdown of starchy or rich foods.

While ancient healers did not know amylase by name, their remedies supported the body’s natural enzyme systems through diet and botanicals. Today, amylase continues to serve as a critical bridge between traditional digestive strategies and modern enzymology, offering targeted support for starch digestion, energy balance, and gastrointestinal comfort.

Uses: Health Conditions

Abdominal Pain (Neither)
Allergies (food) (Neither)
Celiac Disease (Neither)
Colitis (Neither)
Constipation (adults) (Neither)
Constipation (children) (Neither)
Crohn's Disease (Neither)
Digestion (poor) (Scientific)
Gas and Bloating (Scientific)
Indigestion (Scientific)
Irritable Bowel Syndrome (Neither)
Lactose Intolerance (Neither)
Leaky Gut Syndrome (Neither)
Pancreatitis (Neither)
Protein Digestion (poor) (Neither)
Small Intestinal Bacterial Overgrowth (Neither)
Acid Indigestion (Neither)
Abscesses (Neither)
Arthritis (Neither)
Bruises (healing) (Neither)
Burns and Scalds (Neither)
Cuts (Neither)
Inflammation (Neither)
Injuries (Neither)
Pain (general remedies for) (Neither)
Ulcers (Neither)
Surgery (healing from) (Neither)

Body Systems

Digestive System (Science)
Gastrointestinal Tract (Science)
Intestinal System (Traditional)
Pancreas Head (Traditional)
Pancreatic Tail (Traditional)
Parotids (Salivary Glands) (Traditional)
Small Intestines (Traditional)
Stomach (Traditional)

Products containing this ingredient

Pure Encapsulations A.I. Enzymes
Douglas Laboratories Bilex
Integrative Therapeutics Bio-Zyme
Pure Encapsulations Digestion GB
Pure Encapsulations Digestion GB
Vitabase Digestive Enzyme
Pure Encapsulations Digestive Enzyme
Pure Encapsulations Digestive Enzymes Ultra
Pure Encapsulations Digestive Enzymes Ultra
Pure Encapsulations Digestive Enzymes Ultra with Betaine HCl
Pure Encapsulations Digestive Enzymes Ultra with Betaine HCl
Designs For Health Digestzymes™
Designs For Health Digestzymes™
Designs For Health Digestzymes™
Douglas Laboratories GI Digest
Pure Encapsulations Heartburn Essentials
Pure Encapsulations Heartburn Essentials
Vitabase Life's Essentials Plus
Integrative Therapeutics Nutrivitamin No-Iron
Designs For Health PaleoGreens®
Designs For Health PaleoGreens®
Designs For Health PaleoReds®
Pure Encapsulations Pancreatic Enzyme
Pure Encapsulations Pancreatic Enzyme
Pure Encapsulations Pancreatic VegEnzymes
Integrative Therapeutics Panplex 2-Phase
Metagenics PhytoGanix® Tropical Fruit
Designs For Health Plant Enzyme Digestive Formula
Integrative Therapeutics Similase
Integrative Therapeutics Similase
Integrative Therapeutics Similase BV
Integrative Therapeutics Similase GFCF
Integrative Therapeutics Similase-Lipo
Integrative Therapeutics Similase Sensitive Stomach
Integrative Therapeutics Similase Sensitive Stomach
Metagenics SpectraZyme® Complete
Metagenics SpectraZyme Complete
Metagenics SpectraZyme Pan 9x
Metagenics SpectraZyme Pan 9x
Metagenics SpectraZyme Pan 9x ES
Vitabase SuperZymes
Vitabase Ultra Veggie Enzymes