Analytical capabilities

The table below provides an overview of the elements that ALS offers accredited analysis of at our trace-metals laboratory. 

To access full information about quantification limits, turnaround time and more, explore our web catalogue.

Ag, silver  Eu, europium Na, sodium Si, silicon**
Al, aluminium Fe, iron Nb, niobium
Sm, samarium
As, arsenic Ga, gallium
Nd, neodymium
Sn, tin
Au, gold Gd, gadolinium 
Ni, nickel
Sr, strontium
B, boron Ge, germanium
P, phosphorus
Ta, tantalum
Ba, barium Hf, hafnium
Pb, lead
Tb, terbium
Be, beryllium Hg, mercury
Pd, palladium
Te, tellurium
Bi, bismut Ho, holmium
Pr, praseodymium
Th, thorium
Ca, calcium I, iodine*
Pt, platinum
Ti, titanium
Cd, cadmium Ir, iridium
Rb, rubidium
Tl, thallium
Ce, cerium K, potassium
Re, rhenium
Tm, thulium
Co, cobalt La, lanthanum
Rh, rhodium
U, uranium
Cr, chromium Li, litium
Ru, ruthenium
V, vanadium
Cs, caesium Lu, lutetium
S, sulfur
W, tungsten
Cu, copper Mg, magnesium
Sb, antimony
Y, yttrium
Dy, dysprosium Mn, manganese
Sc, scandium
Yb, ytterbium
Er, erbium Mo, molybdenum
Se, selenium
Zn, zinc



Zr, zirconium

* Urine is covered by the scope of accreditation
** indicates unaccredited analysis

Metal speciation testing of clinical samples

The toxicity and bioavailability of an element is to a large degree decided by the form in which it is present. For this reason, element speciation analysis is relevant in cases where elevated levels of a certain element are obtained. Arsenic (As), for example, may be present in the non-toxic form arsenobetaine which is dominant in plants and marine species. Arsenite on the contrary, is classified as carcinogenic. 

ALS offers the following element speciation analyses of clinical samples:

Please read more about metal speciation analysis or contact us.

Isotope analysis of clinical samples

ALS offers isotope analysis of clinical samples such as blood, urine, serum, plasma, hair or nails. We have experience measuring isotope ratios in clinical samples including:

ALS uses ICP-SFMS complemented by multicollector ICP-MS for high-precision isotope ratio measurements (down to 0.001% relative standard deviation). The precision of isotope ratio analyses by ICP-SFMS is, under optimal conditions, better than 0.05% relative standard deviation. This is not as precise as with MC-ICP-MS, but still sufficient to separate lead from different sources, e.g. in toxicological investigations, by the natural variation in isotope composition. 

Tracer studies

Tracers are used primarily in biological and medical research. An element can be "marked" by means of a stable, enriched isotope of that element for the purpose of studying the uptake and distribution in an organism

Please read more about our isotope testing services or contact us.

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