Insulin And Oral Hypoglycemic Agents

Front 1

Humulin

Back 1

Synthetic human insulin

Front 2

lispro

Back 2

Short acting designer insulin

Humalog

Front 3

Humalog

Back 3

Short acting designer insulin

lispro

Front 4

aspart

Back 4

Short acting desinger insuling

Novolog

Front 5

Novolog

Back 5

Short acting designer insulin

aspart

Front 6

glulisine

Back 6

Short acting designer insulin

Apridra

Front 7

Apidra

Back 7

Short acting designer insulin

glulisine

Front 8

detemir

Back 8

Long acting designer insulin

Levemir

Front 9

Levemir

Back 9

Long acting designer insulin

detemir

Front 10

glargine

Back 10

Long acting designer insulin

Lantus

Front 11

Lantus

Back 11

Long acting designer insulin

Glargine

Front 12

Isophane insulin

Back 12

intermediate human insulin plus proamine

NPH

Front 13

tolbutamide

Back 13

1st generation sulphonuylurea which stimulate insulin secretion by increase ca2+ uptake by the beta cell

Orinase

Front 14

acetohexamide

Back 14

1st generation sulphonuylurea which stimulate insulin secretion by increase ca2+ uptake by the beta cell

Dylemor

Front 15

Dylemor

Back 15

1st generation sulphonuylurea which stimulate insulin secretion by increase ca2+ uptake by the beta cell

acetohexamide

Front 16

tolazamide

Back 16

1st generation sulphonuylurea which stimulate insulin secretion by increase ca2+ uptake by the beta cell

Tolinase

Front 17

Tolinase

Back 17

1st generation sulphonuylurea which stimulate insulin secretion by increase ca2+ uptake by the beta cell

tolazamide

Front 18

chlorpropamide

Back 18

1st generation sulphonuylurea which stimulate insulin secretion by increase ca2+ uptake by the beta cell

Diabenese

Front 19

Diabinese

Back 19

1st generation sulphonuylurea which stimulate insulin secretion by increase ca2+ uptake by the beta cell

chlorpropamide

Front 20

glipizide

Back 20

2nd generation sulphonuylurea which stimulate insulin secretion by increase ca2+ uptake by the beta cell

Glucotrol

Front 21

Glucotrol

Back 21

2nd generation sulphonuylurea which stimulate insulin secretion by increase ca2+ uptake by the beta cell

glipizide

Front 22

glyburide

Back 22

2nd generation sulphonuylurea which stimulate insulin secretion by increase ca2+ uptake by the beta cell

Diabeta, Micronase

Front 23

Diabeta

Back 23

2nd generation sulphonuylurea which stimulate insulin secretion by increase ca2+ uptake by the beta cell

glyburide

Front 24

glimepiride

Back 24

2nd generation sulphonuylurea which stimulate insulin secretion by increase ca2+ uptake by the beta cell

Amaryl

Front 25

Micronase

Back 25

2nd generation sulphonuylurea which stimulate insulin secretion by increase ca2+ uptake by the beta cell

glyburide

Front 26

repaglinide

Back 26

2nd generation sulphonuylurea which stimulate insulin secretion by increase ca2+ uptake by the beta cell

Prandin

Front 27

nateglinide

Back 27

2nd generation sulphonuylurea which stimulate insulin secretion by increase ca2+ uptake by the beta cell

Starlix

Front 28

Starlix

Back 28

2nd generation sulphonuylurea which stimulate insulin secretion by increase ca2+ uptake by the beta cell

natglinide

Front 29

Prandin

Back 29

2nd generation sulphonuylurea which stimulate insulin secretion by increase ca2+ uptake by the beta cell

repaglinide

Front 30

exenatide

Back 30

analog of GLP-1 which is an incretin to stimulate the release of insulin from beta cells

Byetta

Front 31

Byetta

Back 31

an analog of GLP-1 which is an incretin that will stimulate the release of insulin from the beta cells

exenatide

Front 32

sitagliptin

Back 32

Inhibits the breakdown by natural incretins by inhibiting the enzyme DDP4 (dipeptidyl peptidase 4)

Januvia

Front 33

Januvia

Back 33

Inhibits the breakdown by natural incretins by inhibiting the enzyme DDP4 (dipeptidyl peptidase 4)

sitagliptin

Front 34

metformin

Back 34

Increase glucose uptake by muscle as well as increases the number of glucose receptors on the cell

Glucophage

Front 35

Glucophage

Back 35

Increase glucose uptake by muscle as well as increases the number of glucose receptors on the cell


metoformin

Front 36

rosiglitozone

Back 36

A thiazolidinone which increases the effect on insulin on cells and increases the number of receptors

Avandia

Front 37

Avandia

Back 37

A thiazolidinone which increases the effect on insulin on cells and increases the number of receptors

rosiglitazone

Front 38

pioglitazone

Back 38

A thiazolidinone which increases the effect on insulin on cells and increases the number of receptors

Actos

Front 39

Actos

Back 39

A thiazolidinone which increases the effect on insulin on cells and increases the number of receptors

SE: Liver and heart damage, macular edema
pioglitazone

Front 40

acarbose

Back 40

Inhibits the production of glucose in the gut by inhibiting the enzyme needed to breakdown complex carbohydrates

Precose

Front 41

Precose

Back 41

Inhibits the production of glucose in the gut by inhibiting the enzyme needed to breakdown complex carbohydrates

acarbose

Front 42

miglitol

Back 42

Inhibits the production of glucose in the gut by inhibiting the enzyme needed to breakdown complex carbohydrates

Glyset

Front 43

Glyset

Back 43

Inhibits the production of glucose in the gut by inhibiting the enzyme needed to breakdown complex carbohydrates

miglitol

Front 44

pramlintide

Back 44

Slows down the gastric emptying and decreases appetitie

Symlin

Front 45

Symlin

Back 45

Slows down the gastric emptying and decreases appetitie

pramlintide