Intralipid Emulsion
Product Images NDC 65219-535

View Photos of Packaging, Regulatory Labels, and Product Appearance

Product Visual Gallery

This gallery contains 21 technical images submitted to the FDA as part of the official labeling for Intralipid (NDC 65219-535). Unlike standard consumer photos, these assets often include clinical data figures, molecular chemical structures, and official manufacturer packaging layouts.

As provided by Fresenius Kabi Usa, Llc, these visuals offer a comprehensive scientific overview of the product's physical and chemical identity, aiding pharmacists and researchers in product verification and study.

FDA Label Image

Figure (Int0i 0000 01)

Figure (Int0i 0000 01)
Chemical structure diagram of the active ingredient in Intralipid, an I.V. fat emulsion. The image displays molecular bonds and components characteristic of the fat emulsion used for intravenous nutrition.*
FDA Label Image

Figure (Int0i 0000 02)

Figure (Int0i 0000 02)
Chemical structure diagram showing two triglyceride molecules, with fatty acid chains represented by R groups attached to a glycerol backbone. This illustrates the primary chemical composition relevant to I.V. Fat Emulsion.*
FDA Label Image

Figure (Int0i 0000 03)

Figure (Int0i 0000 03)
Chemical structure diagram depicting the molecular formula of the active ingredient in Intralipid I.V. Fat Emulsion. The image shows the arrangement of atoms with chemical bonds represented by lines, illustrating the composition of the fat emulsion's lipid component.*
FDA Label Image

Figure (Int0i 0000 04)

Figure (Int0i 0000 04)
Chemical structure of Intralipid's active emulsion components shown as molecular diagrams, representing the I.V. Fat Emulsion 20 g/100mL formulation by Fresenius Kabi USA, LLC.*
FDA Label Image

Figure (Int0i 0000 05)

Figure (Int0i 0000 05)
Chemical structure diagram showing five fatty acids: linoleic acid, oleic acid, palmitic acid, alpha-linolenic acid, and stearic acid, each labeled with its molecular formula CnHnO2. The diagram includes the arrangement of carbon, hydrogen, and oxygen atoms for each acid.*
FDA Label Image

Figure (Int0i 0000 06)

Figure (Int0i 0000 06)
Chemical structure diagrams of two components: Phosphatidylcholine and Phosphatidylethanolamine. Each structure shows molecular groups and bonds typical of these phospholipids, used as part of the lipid emulsion in Intralipid 20 g/100mL.*
FDA Label Image

Figure (Int0i 0000 07)

Figure (Int0i 0000 07)
Chemical structure diagram depicting the molecular formula of the active ingredient in Intralipid I.V. Fat Emulsion, showing a glycerol backbone with three hydroxyl groups.*
FDA Label Image

Figure 1 (Int0i 0000 08)

Figure 1 (Int0i 0000 08)
A cumulative incidence function plot comparing Intralipid and 4-Oil Mixed Lipid groups over 84 study days. The graph shows the proportion of subjects with an event, with Intralipid represented by a solid line and 4-Oil Mixed Lipid by a dashed line. Censored data points for both groups are marked, and numbers of subjects at risk are listed below the x-axis. Error bars indicate uncertainty in estimates as patient numbers decrease.*
FDA Label Image

Logo (Int0i 0000 09)

FDA Label Image

Figure (Int0i 0000 10)

Figure (Int0i 0000 10)
An illustration of an intravenous (IV) emulsion bag labeled Intralipid. The diagram shows a rectangular fluid bag with three ports or connectors labeled A, V, and B at the bottom, commonly used for intravenous fat emulsion administration.*
FDA Label Image

Figure (Int0i 0000 11)

Figure (Int0i 0000 11)
An instructional diagram shows two hands holding a bag with three ports labeled A, B, and a third in the center, likely illustrating connection or usage steps for an intravenous emulsion bag.*
FDA Label Image

Figure (Int0i 0000 12)

Figure (Int0i 0000 12)
An instructional diagram showing two types of intravenous (IV) fat emulsion ampoules: one non-vented and one vented. Each ampoule is depicted with a tapered tip and labeled to indicate the venting feature, demonstrating how to distinguish between closed non-vented and vented versions of Intralipid IV fat emulsion.*
FDA Label Image

Figure (Int0i 0000 13)

Figure (Int0i 0000 13)
An instructional illustration showing a person connecting or disconnecting an intravenous (IV) line or tubing from a container or bag, likely related to the preparation or administration of Intralipid (I.V. Fat Emulsion). The image focuses on the hands and the connection point between the tubing and container.*
FDA Label Image

Figure (Int0i 0000 14)

Figure (Int0i 0000 14)
An instructional illustration depicting a person holding a container and attaching or extracting fluid using a syringe or similar device from a port or connector. The image demonstrates a step in preparing or administering an intravenous emulsion product.*
FDA Label Image

Figure (Int0i 0000 15)

Figure (Int0i 0000 15)
An illustration showing an intravenous (IV) emulsion bag with two ports labeled A and B for connection. The bag is intended for intravenous administration, consistent with the product Intralipid 20 g/100 mL I.V. Fat Emulsion by Fresenius Kabi USA, LLC.*
FDA Label Image

Package Label – Principal Display – Intralipid 100 mL Bag Label (Int0i 0000 16)

Package Label – Principal Display – Intralipid 100 mL Bag Label (Int0i 0000 16)
Label for Intralipid 20%, a 100 mL intravenous emulsion of I.V. Fat Emulsion containing 20 g soybean oil per 100 mL. Manufactured by Fresenius Kabi USA, LLC, the label includes ingredient and usage information, storage instructions, a barcode, and manufacturer details from Uppsala, Sweden.*
FDA Label Image

Package Label – Principal Display – Intralipid 100 mL Shipper Label (Int0i 0000 17)

Package Label – Principal Display – Intralipid 100 mL Shipper Label (Int0i 0000 17)
Intralipid 20%, a 20% I.V. Fat Emulsion in a 100 mL single-dose container. The label states it contains soybean oil, phospholipids, glycerin, and water for injection with 200 kcal per 100 mL and pH adjusted to 6.8-8.9. Manufactured by Fresenius Kabi USA, LLC, with instructions for intravenous use and storage details.*
FDA Label Image

Package Label (PRINCIPAL DISPLAY)

Package Label (PRINCIPAL DISPLAY)
Label of Intralipid 20% 250 mL emulsion, a 20% intravenous fat emulsion containing soybean oil 20 g per 100 mL. The label shows ingredients, nutritional information, usage instructions, storage conditions, and manufacturer Fresenius Kabi USA, LLC. It includes warnings about administration and container integrity, and a barcode at the bottom.*
FDA Label Image

Package Label – Principal Display – Intralipid 250 mL Shipper Label (Int0i 0000 19)

Package Label – Principal Display – Intralipid 250 mL Shipper Label (Int0i 0000 19)
Label for Intralipid 20%, a 20 g/100 mL intravenous fat emulsion in a 250 mL quantity, packaged as 10 x 250 mL. The product is manufactured by Fresenius Kabi USA, LLC, with manufacturing in Uppsala, Sweden. The label includes usage instructions, storage conditions, and ingredient details including soybean oil and phospholipids.*
FDA Label Image

Package Label – Principal Display – Intralipid 500 mL Bag Label (Int0i 0000 20)

Package Label – Principal Display – Intralipid 500 mL Bag Label (Int0i 0000 20)
Label for Intralipid 20%, a 20 g/100 mL I.V. Fat Emulsion for intravenous use in a 500 mL single dose container. Active ingredients include soybean oil, phospholipids from powdered egg yolk, and glycerin. Manufactured by Fresenius Kabi USA, LLC, Uppsala, Sweden. Label includes storage instructions, dosage information, and barcode.*
FDA Label Image

Package Label – Principal Display – Intralipid 500 mL Shipper Label (Int0i 0000 21)

Package Label – Principal Display – Intralipid 500 mL Shipper Label (Int0i 0000 21)
Label for Intralipid 20%, a 20 g/100 mL intravenous fat emulsion by Fresenius Kabi USA, LLC. The label indicates 500 mL single-dose containers with 12 units per package. It includes ingredient details, storage instructions, lot number, expiration date, and manufacturer information from Uppsala, Sweden.*

* About these descriptions: Image descriptions on this page are generated by automated AI analysis of the product label images from the manufacturer's FDA label submission (SPL). They are provided for reference only and may contain errors or omissions. Always rely on the printed label itself and the official FDA labeling, and consult a pharmacist or healthcare professional with any questions about this product.