Medical utility of Intraosseous Infusion



On many occasions, channeling to a peripheral route is impossible, especially at extreme ages when you are suffering from severe dehydration or extensive burns. Today the present technique, which despite not being very common and is considered a last resort, is important to take into account and know about it.

Intraosseous lines are an alternative for administering electrolyte solutions, drugs and blood products such as blood into the body. This technique, which had been forgotten, was taken up again in the 80s, as a need to obtain a permeable vascular access for everyone of pediatric age during cardiopulmonary resuscitation.

However, this procedure is only 17% successful and several studies show that the peripheral route is still the ideal, safe and fast method, with the central routes taking second place. The estimated time to channel an intraosseous line is about 5 minutes compared to the central line of 9 minutes.

Intraosseous infusion is fast, safe and effective especially in neonates in intensive care, and adults where channeling a peripheral or central line is almost non-existent.


Public domain Pixnio

Anatomy and physiopathology

In our body the long bones are made up of a dense and firm outer crust, with a light interior called the cancellous bone or spongy portion. There is a network of nourishing arteries that supply the bone with its vascularization.

At the level of the long bone bark this arterial network of nutrients perforates and crosses dividing into ascending and descending branches that later are subdivided into arterioles and capillaries. While the venous drainage derives from the capillaries that lead to the interior of the venous medullary sinusoids, located at the ends of the long bones, that is, the distal and proximal portion, thus flowing through the central venous channel.


Left humerus. Public domain CC BY-SA 3.0

It is for this reason that the intraosseous needle is inserted through the cortex into the bone marrow of the long bones. Several anatomical areas can be used to access the marrow portion. The safest and most common area to channel an intraosseous line in pediatric patients is the anteromedial surface of the proximal tibia. While the distal portion, above the medial malleolus, is the most commonly used area in the adult. A third option to achieve an intraosseous access is the anterior surface of the distal femur.

It is very important to remember that drugs and solutions administered by intraosseous route will immediately reach the systemic circulation.

Indications

The placement of an intraosseous line is indicated when a vascular access is urgently needed for the resuscitation of a patient and it fails to channel a usual line. This technique has been used mainly for the paediatric population in situations of cardiac arrest, but has also been useful in adults.

There are situations that may require the placement of an intraosseous line, such as: cardiac arrest, shock, trauma, severe dehydration, extensive burns, epileptic status or any other situation that urgently requires the administration of drugs or fluid therapy.

cardiopulmonary reanimation. Public domain CC BY-SA 3.0

In addition to being useful for medication administration, blood can also be drawn and ABO group checked, cross-checked, and other laboratory tests performed. Electrolyte, creatinine, urea, glucose, calcium, and blood gas values are similar to those obtained from samples taken from peripheral or central lines.

Contraindications

In cases of bone disease, and osteoporosis. Avoid placement through areas where skin and tissue infections, such as cellulite or abscesses, are evident. Fractures in the ipsilateral bone increase the risk of compartment syndrome due to extravasation. Failure to place an intraosseous line in the same bone is a relative contraindication.

Medications and fluids that can be given intraosseusly

Medications: adenosine, antibiotics, anesthetics, atropine, calcium gluconate, counting media, dexamethasone, diazepam, digoxin, dobutamine, dopamine, ephedrine, epinephrine, heparins, insulin, lorazepam, morphine, naloxone, phenobarbital propanolol, phenytoin, among others.

Fluids: dextrose solutions, sodium chloride solutions, lactated ringer, globular concentrate, plasma and other blood derivatives.

Materials

  • gauze and gloves.
  • -iodine solution.
  • Local anesthetic solution (1% lidocaine).
  • or 10ml aspiration syringe.
  • Immobilization splint.

  • Jamshidi Needle. Public domain CC BY-SA 3.0

    Intraosseous needles come in various sizes and styles including, Cook intraosseous needle, Illinois sternal/iliac aspiration needle, Sternal/iliac aspiration Jamshidi needle. These needles consist of a detachable handle, an intraosseous needle, a punch, and a safety sleeve to prevent the needle from over-penetrating and causing injury. These needles are between 12 and 20 gauge.

    Specific intraosseous needles have been designed for this procedure. Currently, a new intraosseous sternal infusion device has been developed, which consists of a multi-component system to be used in sternal intraosseous accesses in adults. However, it has not been fully accepted by all health communities because of its somewhat higher risk of complications such as deep penetration injury to the heart, lung and mediastinum.

    Method

    As usual, the patient or representative should be informed of the procedure to be performed, with its risks and benefits. To begin, the patient should be placed in a supine position with the lower limb held behind the knee with a towel. Identify through palpation the anatomical references needed for the procedure.

    The frequent area of choice is usually the proximal tibia, and alternatively the distal portion of the tibia or femur. We should palpate the anatomical references in the case of the proximal tibia such as the tuberosity and the anthero-medial surface of the tibia. The bone references in the case of the distal tibia are at the junction of the medial malleolus and the anteromedial surface, posterior to the great saphenous vein.


    Intraosseous infusion. Public domain CC BY-SA 3.0

    In relation to the reference point if the portion to be used in the distal femur, the lateral and medial condyles are taken into account, the femur and the patella. The intraosseous needle should be placed about 2 centimeters above these structures, however, this area is not very useful since the presence of muscle and tissue structures is abundant.

    Once the desired portion is located, asepsis and antisepsis measures are performed on the skin with povidone-iodine solution. Performing this procedure is very painful for the patient, so the use of local anesthetic is recommended. Local anesthetic is infiltrated into the skin, subcutaneous cellular tissue and the periosteum located over the site where the bone puncture will be performed.

    Having clearly identified the area where the puncture will be carried out for the intraosseous infusion, it is necessary to examine that the intraosseous water is functional, re-identify the anatomical references with the non-dominant hand, and stabilize the extremity with the non-dominant hand.


    Pediatric leg for identification of proximal tibeal intraosseous insertion site landmark. Public domain CC BY-SA 3.0

    Holding the water firmly with the dominant hand, and the handle of the needle held tightly by the dominant hand, insert the needle perpendicularly or at a slight angle. Use caution as the needle should always be kept away from the growth plate to avoid damage to it.

    Direct the needle in a caudal direction in the case of the proximal tibia and in a cephalic position in the case of the distal tibia.

    Proceed to advance the needle through the skin and subcutaneous tissue to the bone and insert, during the act of may use a rotary or circular motion to puncture the bone cortex. When the cortex is perforated and the needle enters the medullary cavity, the resistance with the passage of the needle is reduced, so the index finger is used 1 cm above the edge of the needle before the advance as this will avoid excess perforation. Needle advance should be stopped when the medullary cavity is reached.

    Remove the perforation when the medullary cavity is reached, attach the 5 0 10 ml syringe to the centre of the intraosseous needle, and aspirate blood, thus confirming that the insertion of the needle is correct.

    Finally, attach the intravenous system to the centre of the needle and start the infusion of drugs or solutions required.

    Check

    To determine that the insertion of the needle was correct, aspirate blood from the medullary cavity and thus corroborate its good location. A second option to know if the location of the needle is adequate, observe if the needle is kept upright without being held. It may also be useful to use a portable fluoroscopy device to confirm the correct placement of the intraosseous needle.

    After care

    Once the duct is channelled, the intraosseous needle must be secured by means of fixation, and the limb where the puncture was taken must be immobilised. From the immobilization, it is recommended to remove the intraosseous line once the desired drugs have been administered and channel a peripheral or central line as soon as possible.

    Complications

    The most frequent complications are subcutaneous and subperiosteal fluid extravasation due to difficulties during the execution of the technique. On the other hand, cases of fractures have been described, mainly of the tibia, secondary to excessive penetration of the bone cortex.

    A compartment syndrome may be generated when extravasation occurs or when intraosseous lines are placed in fractured bones, as well as skin and tissue necrosis underlying the puncture by drug or fluid extravasation.

    Localized infections such as cellulite or subcutaneous abscesses can also occur.

    Sources:

  • Reichman and Simon. E.R. Pocket E.R. Intraosseous infusion. Mark E Hoffman and O. John. Chapter 44.
  • Intraosseous Infusion . Beech S. Burns; James A. Heilman; O. John Malink
  • Intraosseous Cannulation . Updated: Apr 11, 2019 . Author: Frank A Maffeilink
  • Is the intraosseous access route fast and efficacious compared to conventional central venous catheterization in adult patients under resuscitation in the emergency department? A prospective observational pilot study Bernd A Leidel,correspondin.g Author Chlodwig Kirchhoff, Viktoria Bogner, Julia Stegmaier, Wolf Mutschler, Karl-Georg Kanz, and Volker Braunsteinlink
  • Intraosseous blood samples for point-of-care analysis: agreement between intraosseous and arterial analyses Milla Jousi,corresponding author, Simo Saikko, and Jouni Nurmilink
  • Use of intra-osseous access in adults: a systematic review. F. Petitpas, J. Guenezan,corresponding author T. Vendeuvre, M. Scepi, D. Oriot, and O. Mimozlink
  • Benefits vs. Risks of Intraosseous Vascular Access Commentary By Raymond L. Fowler, MD, and Melanie J. Lippmann, MDlink
  • Blood Supply of Long Boneslink
  • Introduction to Bonelink
  • Bone Structurelink
  • Intraosseous infusion. Author:Catherine E Perron, MDlink
  • Intraosseous vascular access: A reviewlink
  • Emergency Procedures . William Randall Partin, MD, FACEP, FAAEM; Colby Dorroh, MDlink
  • Pediatrics 12: Intraosseous Vascular Accesslink
  • Complication with Intraosseous Access: Scandinavian Users’ Experience Peter Hallas, MD,* Mikkel Brabrand, MD,† and Lars Folkestad, MD‡link
  • Intraosseous accesslink
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