Skip to content
+1 (888) 687-4334 | sales@mountainside-medical.com
New users? Get 5% off on your first purchase.
Free US shipping over $100
New users? Get 5% off on your first purchase.
Free US shipping over $100
Login

Added to your cart:

Cart subtotal

View cart (2) Checkout
Baxter IV Solutions and Injection Vials Dextrose IV Bags Dopamine Hydrochloride Injectable Medications IV Bags, IV Sets and Injection Medication Vials Prescription Medications & Prescription Drugs Emergency Medical Supplies (EMS Supplies) EMS Supplies and Trauma Supplies Heart Health Products High Blood Pressure Monitors Pfizer Injectables Heart Disease Related Relief Products Heart Medications Hypertension Medications Dialysis Center Supplies

Filters

Availability
Price
$
-
$
$0 $465
Vendor
Collection
Tags

Dopamine Injection & Dopamine IV Bags

Dopamine Injection and IV Infusions

Dopamine is a potent catecholamine vasopressor/inotrope given by IV infusion in hospitals. It acts on dopamine, β₁ and α receptors in a dose-dependent manner – at low doses it dilates renal/mesenteric vessels, at moderate doses it strengthens heart contractility, and at high doses it causes vasoconstriction and raises blood pressure. Clinicians use dopamine injections when patients are in acute shock or low-output states. For example, it’s used to support blood pressure and cardiac output in cardiogenic or septic shock, severe heart failure, trauma, surgery, or other critical conditions. (Cleveland Clinic notes dopamine “helps your heart beat stronger” and is used in heart failure or low perfusion states.

Formulation: Dopamine for injection is supplied as dopamine hydrochloride concentrate (often 40 mg/mL) in small vials. For instance, a common strength is 200 mg per 5 mL (40 mg/mL) (brand name Intropin). (In some markets 10 mL vials of 400 mg (80 mg/mL) or 800 mg are available.) This concentrate must be diluted in IV fluids before use. Typical diluents include normal saline or dextrose solutions. For example, withdrawing 5 mL (200 mg) into a 500 mL bag yields a 0.4 mg/mL (400 µg/mL) infusion, which is then delivered by infusion pump. (Dopamine is unstable in alkaline solutions, so do NOT mix it with bicarbonate.)

Administration & Dosing: Dopamine is given only by IV infusion (not rapid push). It is titrated to effect (often to raise blood pressure or increase urine output). Infusion rates are weight-based. A typical starting dose is about 2–5 micrograms/kg/min, which primarily increases renal perfusion and heart contractility. In more severe shock, dosing is increased in steps of 5–10 µg/kg/min up to 20–50 µg/kg/min. (Some protocols allow higher rates, but >50 µg/kg/min should be used cautiously.) Each patient’s response (blood pressure, heart rate, urine output) is monitored and the rate is adjusted. Importantly, dopamine has a very short half-life (~2 minutes), so its effects begin and end quickly when the infusion is turned on or off.

Indications: Dopamine infusions are indicated for acute hypotension/shock and low cardiac output. It is used, for example, in cardiogenic shock (e.g. after myocardial infarction), septic shock (if other vasopressors aren’t enough), post‐operative low-output states, and in ICU settings where inotropic support is needed. It may also be used (particularly at low doses) to improve kidney perfusion in oliguria, though modern practice focuses on cardiac output rather than the old “renal-dose” concept. By improving cardiac contractility, dopamine increases blood flow to vital organs.

Special formulations: Beyond plain dopamine, other IV lipid emulsions (like Omegaven) are for specialized uses in TPN, and are unrelated. There is also a “Dopamine IV bag” concept: this simply means an IV fluid bag that has been premixed with dopamine to a specific concentration for infusion. In practice, pharmacy often prepares the dopamine infusion bag from the concentrated vials.

Precautions and Side Effects: Dopamine can cause serious side effects if not carefully managed. Arrhythmias (rapid or irregular heartbeats) and ischemia (reduced limb or gut perfusion) are common concerns. Extravasation (leakage) of dopamine infusion can cause severe tissue necrosis and sloughing, so it should be given via a secure IV line (preferably central venous) and the site monitored. If leakage occurs, treatments like local phentolamine may be required. Because dopamine constricts blood vessels (especially at higher doses), it must be used cautiously in patients with peripheral vascular disease or stroke risk. Other side effects include headache, nausea, or chest pain. Dopamine should not be used if there is uncorrected tachyarrhythmia or certain endocrine tumors (e.g. pheochromocytoma). It is also used with caution in pregnancy and with some anesthetics. Finally, dopamine use requires continuous monitoring of blood pressure and heart rate; infusion is usually done with a precision pump.

Dopamine injection is essentially a hospital-grade inotropic vasopressor (dopamine hydrochloride) given via IV infusion. It is supplied in concentrated injection vials (e.g. 200 mg/5 mL) that are diluted into standard IV fluids. Medical staff start the infusion at a low rate (2–5 µg/kg/min) and increase as needed (up to 20–50+ µg/kg/min) to maintain adequate blood pressure and organ perfusion in critical patients. Dopamine’s use is guided by its strong but short-lived cardiovascular effects – it “makes your heart beat more powerfully” and constricts vessels to raise blood pressure. All administration must be done in a controlled setting (ICU/OR) by trained staff, because of the risks of arrhythmia and tissue injury.

People Also Searched For

Dopamine Hydrochloride Injectable Medications Prescription Medications & Prescription Drugs Emergency Medical Supplies (EMS Supplies) EMS Supplies and Trauma Supplies Baxter IV Solutions and Injection Vials Dextrose IV Bags Dextrose IV Bags, Vials and Prefilled Syringes IV Bags, IV Sets and Injection Medication Vials IV Bags, IV Sets, IV Start Kits

Dopamine Injection and IV Infusions

Dopamine is a potent catecholamine vasopressor/inotrope given by IV infusion in hospitals. It acts on dopamine, β₁ and α receptors in a dose-dependent manner – at low doses it dilates renal/mesenteric vessels, at moderate doses it strengthens heart contractility, and at high doses it causes vasoconstriction and raises blood pressure. Clinicians use dopamine injections when patients are in acute shock or low-output states. For example, it’s used to support blood pressure and cardiac output in cardiogenic or septic shock, severe heart failure, trauma, surgery, or other critical conditions. (Cleveland Clinic notes dopamine “helps your heart beat stronger” and is used in heart failure or low perfusion states.

Formulation: Dopamine for injection is supplied as dopamine hydrochloride concentrate (often 40 mg/mL) in small vials. For instance, a common strength is 200 mg per 5 mL (40 mg/mL) (brand name Intropin). (In some markets 10 mL vials of 400 mg (80 mg/mL) or 800 mg are available.) This concentrate must be diluted in IV fluids before use. Typical diluents include normal saline or dextrose solutions. For example, withdrawing 5 mL (200 mg) into a 500 mL bag yields a 0.4 mg/mL (400 µg/mL) infusion, which is then delivered by infusion pump. (Dopamine is unstable in alkaline solutions, so do NOT mix it with bicarbonate.)

Administration & Dosing: Dopamine is given only by IV infusion (not rapid push). It is titrated to effect (often to raise blood pressure or increase urine output). Infusion rates are weight-based. A typical starting dose is about 2–5 micrograms/kg/min, which primarily increases renal perfusion and heart contractility. In more severe shock, dosing is increased in steps of 5–10 µg/kg/min up to 20–50 µg/kg/min. (Some protocols allow higher rates, but >50 µg/kg/min should be used cautiously.) Each patient’s response (blood pressure, heart rate, urine output) is monitored and the rate is adjusted. Importantly, dopamine has a very short half-life (~2 minutes), so its effects begin and end quickly when the infusion is turned on or off.

Indications: Dopamine infusions are indicated for acute hypotension/shock and low cardiac output. It is used, for example, in cardiogenic shock (e.g. after myocardial infarction), septic shock (if other vasopressors aren’t enough), post‐operative low-output states, and in ICU settings where inotropic support is needed. It may also be used (particularly at low doses) to improve kidney perfusion in oliguria, though modern practice focuses on cardiac output rather than the old “renal-dose” concept. By improving cardiac contractility, dopamine increases blood flow to vital organs.

Special formulations: Beyond plain dopamine, other IV lipid emulsions (like Omegaven) are for specialized uses in TPN, and are unrelated. There is also a “Dopamine IV bag” concept: this simply means an IV fluid bag that has been premixed with dopamine to a specific concentration for infusion. In practice, pharmacy often prepares the dopamine infusion bag from the concentrated vials.

Precautions and Side Effects: Dopamine can cause serious side effects if not carefully managed. Arrhythmias (rapid or irregular heartbeats) and ischemia (reduced limb or gut perfusion) are common concerns. Extravasation (leakage) of dopamine infusion can cause severe tissue necrosis and sloughing, so it should be given via a secure IV line (preferably central venous) and the site monitored. If leakage occurs, treatments like local phentolamine may be required. Because dopamine constricts blood vessels (especially at higher doses), it must be used cautiously in patients with peripheral vascular disease or stroke risk. Other side effects include headache, nausea, or chest pain. Dopamine should not be used if there is uncorrected tachyarrhythmia or certain endocrine tumors (e.g. pheochromocytoma). It is also used with caution in pregnancy and with some anesthetics. Finally, dopamine use requires continuous monitoring of blood pressure and heart rate; infusion is usually done with a precision pump.

Dopamine injection is essentially a hospital-grade inotropic vasopressor (dopamine hydrochloride) given via IV infusion. It is supplied in concentrated injection vials (e.g. 200 mg/5 mL) that are diluted into standard IV fluids. Medical staff start the infusion at a low rate (2–5 µg/kg/min) and increase as needed (up to 20–50+ µg/kg/min) to maintain adequate blood pressure and organ perfusion in critical patients. Dopamine’s use is guided by its strong but short-lived cardiovascular effects – it “makes your heart beat more powerfully” and constricts vessels to raise blood pressure. All administration must be done in a controlled setting (ICU/OR) by trained staff, because of the risks of arrhythmia and tissue injury.

Get Notified When Back in Stock