Amino Acid Solution 5.9% with Electrolytes
per 1000 ml
Lipid Emulsion 12.5%
per 1000 ml
1000 ml
383 ml
392 ml
225 ml
Appearance before reconstitution:
Appearance after reconstitution:
The three-chambered pouch is a multi-layer plastic pouch.
To prevent air contact, Numetais packaged inside an oxygen barrier overpouchcontaining adesiccant withan oxygen indicatorandan oxygen indicator.
Pouch Sizes
1000 ml pouch: 6 units per carton
1 1000 ml pouch
Only certain pouch sizes may be marketed.
Marketing Authorization Holder and Responsible Person for Manufacturing
Marketing Authorization Holder
Baxter, S.L.
Pouet de Camilo 2, 46394 Ribarroja del Turia (Valencia)
Responsible Person for Manufacturing
Baxter S.A.
Boulevard Rene Branquart, 80
7860 Lessines
Belgium
This medicinal product is authorized in the Member States of the European Economic Area with the following names:
Austria Germany | NumetaG19 % E Emulsion zur Infusion |
Belgium Luxembourg | Numetzah G19%E,émulsion pour perfusion |
France | Numetah G19 %E émulsion pour perfusion |
Denmark Norway Sweden | NumetaG19E |
Czech Republic Greece | NumetaG19 % E |
Netherlands | NumetaG19%E emulsie voor infusie |
Ireland United Kingdom | NumetaG19%E, Emulsion for Infusion |
Italy | NumetaG19%E emulsione per infusione |
Finland | NumetaG19E infuusioneste, emulsio |
Poland | NumetaG19 % E |
Portugal | NumetaG19%E |
Spain | NumetaG19%E, emulsión para perfusión |
Last Review Date of this Leaflet: May 2024
For detailed and updated information on this medicinal product, please visit the website of the Spanish Agency for Medicines and Medical Devices (AEMPS) http://www.aemps.gob.es/
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This information is intended solely for healthcare professionals:*
(*) Please note that in some cases, these medicines may be administered at home by parents or other caregivers. In these cases, parents/caregivers should read the following information.
Do not add any medication to the bag without first checking its compatibility.Particulates may form or the lipid emulsion may break down, which could block blood vessels.
NumetaG19%Emust be at room temperature before use.
Before administeringNumetaG19%E, you must prepare the bag as shown below.
Ensure the bag is not damaged and use it only if it is not damaged.A non-damaged bag has this appearance:
Before opening the overpouch, examine the color of the desiccant.
Figures 1 and 2 illustrate how to remove the overpouch. Dispose of it along with the oxygen indicator and desiccant.
Figure 1Figure 2
Preparing the Mix
Activating the 3-chambered bag (breaking the two non-permanent seals)
Step 1: Roll the bag from the D-hanger side.
Step 2: Press until the non-permanent seals open.
Step 3: Reverse the direction and roll the bag towards the D-hanger until the seal is completely open. Follow the same steps to open the second non-permanent seal.
Step 4: Turn the bag back at least three times to mix the contents well. The appearance of the mixed solution should be a white and milky emulsion.
Step 5: Remove the protective cap from the administration point and insert the intravenous administration equipment.
Activating the 2-chambered bag (breaking the non-permanent seal between the amino acid and glucose chambers)
Step 1: To break only the non-permanent seal between amino acids and glucose, start rolling the bag from the D-hanger corner of the seal separating the amino acid and glucose chambers and press to open the seal separating the two compartments.
Step 2: Place the bag so that the lipid emulsion chamber is facing the operator and roll the bag while protecting the lipid emulsion chamber with your palms.
Step 3: With one hand, apply pressure by rolling the bag towards the tubes.
Step 4: Next, reverse the direction and roll the bag towards the D-hanger, pressing with the other hand until the seal separating the amino acid and glucose solutions is completely open.
Step 5: Turn the bag back at least three times to mix the contents well. The appearance of the mixed solution should be transparent, colorless, or slightly yellowish.
Step 6: Remove the protective cap from the administration point and insert the intravenous administration equipment.
The administration rate should be gradually increased during the first hourand adjusted according to the following factors:
The dose to be administered
The daily fluid intake
The duration of the infusion.
Administration Form
The emulsion (in the bag and in the administration equipment) must be protected from exposure to light from the administration point of the mix and throughout administration.
It is recommended to use a 1.2-micron filter for the administration of Numeta G19%E.
Due to its high osmolarity, Numeta G19%E can only be administered undiluted through a central vein; however, a suitable dilution of Numeta G19%E with injectable water reduces the osmolarity and allows peripheral infusion.
The following formula indicates the impact of dilution on the osmolarity of the bags.
Osmolarity final | = | Volumen de la bolsa x osmolaridad inicial |
Agua añadida + Volumen de la bolsa |
The following table shows examples of osmolarity for the 3-chambered bag activated (B3C) after adding injectable water:
Amino Acids, Glucose, and | |
Volumen inicial en la bolsa (ml) | 1000 |
Osmolaridad inicial (mOsm/l aprox) | 1460 |
Volumen de agua añadido (ml) | 1000 |
Volumen final tras adición (ml) | 2000 |
Osmolaridad tras adición (mOsm/l aprox) | 730 |
Adding Medication
The mixtures that include oligoelements and vitamins must be protected from light, from the administration point of the mix and during administration. Exposure to ambient light generates peroxides and other degradation products that can be reduced with photoprotection.
Medicaments compatiblecan be added to the reconstituted mix (after opening the non-permanent seals and mixing the contents of the two or three chambers)through the administration point.
Vitamins can also be added to the glucose chamber before reconstituting the mix (before opening the non-permanent seals and mixing the solutions and emulsion).
Tables 1-6 show the possible additions of commercially available oligoelement solutions (identified asTE1, TE2, and TE4), vitamins (identified asliophilized V1 and emulsified V2), and electrolytes in defined quantities.
1Compatibility with TE4, V1, and V2
Table 1: Compatibility of 3-in-1 (B3C activated) with or without dilution in water
Per 1000 ml (3-in-1 mix with lipids) | ||||||
Mix without dilution | Mix diluted | |||||
Aditivos | Nivel incluido | Adición máxima | Nivel | Nivel incluido | Adición máxima | Nivel |
Sodio (mmol) | 45,8 | 105 | 151 | 45,8 | 105 | 151 |
Potasio (mmol) | 32,0 | 118 | 150 | 32,0 | 118 | 150 |
Magnesio (mmol) | 2,6 | 7,8 | 10,4 | 2,6 | 7,8 | 10,4 |
Calcio (mmol) | 3,8 | 20,5 | 24,3 | 3,8 | 20,5 | 24,3 |
Fosfato* (mmol) | 9,4 | 14,6 | 24,0 | 9,4 | 14,6 | 24,0 |
Oligoelementos y vitaminas | - | 34 ml TE4 + | 34 ml TE4 + 3,4 viales V1 + 38 ml V2 | - | 34 ml TE4 + | 34 ml TE4 + |
Agua para preparaciones inyectables | 1450 ml | 1450 mL |
* Fosfato orgánico
Table 2: Compatibility of 2-in-1 (B2C activated)
Per 775 ml (2-in-1 mix without lipids) | |||
Aditivos | Nivel incluido | Adición máxima | Nivel |
Sodio (mmol) | 45,1 | 32,0 | 77,1 |
Potasio (mmol) | 32,0 | 45,6 | 77,6 |
Magnesio (mmol) | 2,6 | 5,2 | 7,8 |
Calcio (mmol) | 3,8 | 19,4 | 23,2 |
Fosfato* (mmol) | 7,2 | 16,0 | 23,2 |
Oligoelementos y vitaminas | - | 10 ml TE4 | 10 ml TE4 |
* Fosfato orgánico
2Compatibility with TE1, V1, and V2
Table 3: Compatibility of 3-in-1 (B3C activated)
Per 1000 ml (3-in-1 mix with lipids) | |||
Aditivos | Nivel incluido | Adición máxima | Nivel |
Sodio (mmol) | 45,8 | 45,8 | |
Potasio (mmol) | 32,0 | 32,0 | |
Magnesio (mmol) | 2,6 | 2,6 | |
Calcio (mmol) | 3,8 | 6,4 | 10,2 |
Fosfato* (mmol) | 9,4 | 9,4 | |
Oligoelementos y vitaminas | - | 15 ml TE1 | 15 ml TE1 |
* Fosfato orgánico
Table 4: Compatibility of 2-in-1 (B2C activated)
Per 775 ml (2-in-1 mix without lipids) | |||
Aditivos | Nivel incluido | Adición máxima | Nivel |
Sodio (mmol) | 45,1 | 32,0 | 77,1 |
Potasio (mmol) | 32,0 | 45,6 | 77,6 |
Magnesio (mmol) | 2,6 | 5,2 | 7,8 |
Calcio (mmol) | 3,8 | 19,4 | 23,2 |
Fosfato* (mmol) | 7,2 | 16,0 | 23,2 |
Oligoelementos y vitaminas | - | 10 ml TE1 | 10 ml TE1 |
* Fosfato orgánico
3Compatibility with TE2, V1, and V2
Table 5: Compatibility of 2-in-1 (B2C activated)
Per 775 ml (2-in-1 mix without lipids) | |||
Aditivos | Nivel incluido | Adición máxima | Nivel |
Sodio (mmol) | 45,1 | 32,0 | 77,1 |
Potasio (mmol) | 32,0 | 45,6 | 77,6 |
Magnesio (mmol) | 2,6 | 5,2 | 7,8 |
Calcio (mmol) | 3,8 | 19,4 | 23,2 |
Fosfato* (mmol) | 7,2 | 16,0 | 23,2 |
Oligoelementos y vitaminas | 15 ml TE2 | 15 ml TE2 |
* Fosfato orgánico
Table 6: Compatibility of 3-in-1 (B3C activated)
Per 1000 ml (3-in-1 mix with lipids) | |||
Aditivos | Nivel incluido | Adición máxima | Nivel |
Sodio (mmol) | 45,8 | 45,8 | |
Potasio (mmol) | 32,0 | 32,0 | |
Magnesio (mmol) | 2,6 | 2,6 | |
Calcio (mmol) | 3,8 | 6,4 | 10,2 |
Fosfato* (mmol) | 9,4 | 9,4 | |
Oligoelementos y vitaminas | - | 15 ml TE2 | 15 ml TE2 |
* Fosfato orgánico
The composition of the commercially available oligoelement preparations used is shown below in Tables 7 and 8:
Table 7: Composition of the commercially available oligoelement preparations used:
Composition per 10 ml | TE1 | TE2 | TE4 |
Iron (µmol or mg) | - | 8.9 µmol or 0.5 mg | - |
Zinc (µmol or mg) | 38.2 µmol or 2.5 mg | 15.3 µmol or 1 mg | 15.3 µmol or 1 mg |
Selenium (µmol or mg) | 0.253 µmol or 0.02 mg | 0.6 µmol or 0.05 mg | 0.253 µmol or 0.02 mg |
Copper (µmol or mg) | 3.15 µmol or 0.2 mg | 4.7 µmol or 0.3 mg | 3.15 µmol or 0.2 mg |
Iodine (µmol or mg) | 0.0788 µmol or | 0.4 µmol or 0.05 mg | Маєте питання щодо цього лікування або ваших симптомів? Зв'яжіться з ліцензованим лікарем для отримання допомоги та персонального догляду. |