Vigtigt, Rengøring, Miljøtips, Importør

For blødkogte æg, bruges skalaen Soft

Fyld vand i bægeret til niveauet, som svarer til det antal æg, der skal koges. Husk at aflæse ved den rigtige skala.

VIGTIGT!

Kogetiden kan variere, afhængig af æggenes størrelse og deres temperatur.

Skal der koges æg flere gange efter hinanden, skal man afvente at æggekogeren bliver kold mellem hver omgang kogning.

RENGØRING

Tag stikket ud af stikkontakten, og lad æggekogeren køle af.

Apparatet aftørres med en blød klud, evt. fugtet i mildt rengøringsmiddel.

FJERNELSE AF MISFARVNING PÅ SKÅLEN

Alt efter hvor hårdt vandet er og hvor mange forskellige mineraler, der er i vandet, kan der forekomme en smule misfarvning af skålens bund. Det har ingen betydning for æggenes kvalitet eller smag.

Denne misfarvning kan fjernes ved at blande 1 tsk. eddikesyre i et målebæger vand og lade blandingen koge i 10 minutter uden låg på skålen.

Træk stikket ud af stikkontakten og lad apparatet afkøle. Hæld resterende vand ud. Skyl efter med vand.

MILJØTIPS

Et el-/elektronik produkt bør, når det ikke længere er funktionsdygtigt, bortskaffes med mindst mulig miljøbelastning. Apparatet skal bortskaffes efter de lokale regler i Deres kommune, men i de fleste tilfælde kan De komme af med produktet på Deres lokale genbrugsstation.

GARANTIEN DÆKKER IKKE HVIS:

-Ovennævnte ikke iagttages.

-Der har været foretaget uautoriseret indgreb i apparatet.

-Apparatet har været udsat for vold eller lidt anden form for overlast.

Grundet konstant udvikling af vore produkter på funktions- og designsiden forbeholder vi os ret til ændringer af produktet uden forudgående varsel.

IMPORTØR:

Adexi A/S

Adexi AB

Der tages forbehold for trykfejl i brugsanvisningen

243-014 specifications

Melissa 243-014 is an advanced synthetic organism designed to excel in a variety of environments, primarily for applications in biotechnology and environmental management. Developed in the forefront of genetic engineering, Melissa represents a breakthrough in the field of bioengineering, combining cutting-edge technologies with a multifaceted approach to problem-solving in ecological and industrial domains.

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A significant characteristic of Melissa 243-014 is its ability to sequester carbon. By optimizing photosynthetic pathways, this synthetic organism can capture and store carbon dioxide from the atmosphere, playing a role in combating climate change. This feature is critical for initiatives aimed at reducing greenhouse gas emissions, making Melissa a valuable player in global efforts to achieve sustainability.

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In addition to its environmental applications, Melissa 243-014 has potential in pharmaceuticals and bio-based products. Its modified metabolic pathways can be tailored to produce valuable compounds, including biofuels, biodegradable plastics, and pharmaceutical precursors, contributing to a circular economy.

Overall, Melissa 243-014 represents a significant advancement in synthetic biology, showcasing the potential to address some of the world's pressing challenges through innovation and sustainable practices. Its main features, including adaptability, advanced genetic modifications, carbon sequestration, and low environmental impact, highlight its importance in shaping the future of biotechnology.