1. Today’s analytical instrument business: new company name, new management but any new equipment?

   • J. M. Mermet

   Editorial Pages: 399 - 400

2. Determination of non-ortho polychlorinated biphenyls in environmental Standard Reference Materials

   • W. W. Brubaker, Jr.
   • M. M. Schantz
   • S. A. Wise

   Paper in Forefront Pages: 401 - 406

3. Multielemental analysis in small amounts of environmental reference materials with inductively coupled plasma mass spectrometry

   • J. Dombovári
   • J. S. Becker
   • H.-J. Dietze

   Original paper Pages: 407 - 413

4. Wavelength table of chromium emission lines in argon glow discharge optical emission spectrometry

   • K. Wagatsuma

   Original paper Pages: 414 - 415

5. Automated chloride analysis in catalytic science: a low-cost hardware and software implementation

   • C. Dossi
   • S. Recchia
   • A. Fusi

   Original Paper Pages: 416 - 421

6. Dot-immunobinding assay using indirect photoacoustic measurement

   • Ping Zhou
   • Yanzhuo Deng
   • Yun’e Zeng

   Original Paper Pages: 422 - 425

7. Hydrophilic sensor membrane based on cation-selective protic chromoionophore

   • Ch. Krause
   • T. Werner
   • O. S. Wolfbeis

   Original paper Pages: 426 - 428

8. A host-guest optical sensor for aliphatic amines based on lipophilic cyclodextrin

   • RH. Yang
   • KM. Wang
   • XH. Yang

   Original Paper Pages: 429 - 435

9. Cu-Ni alloys in electrochemical oxygen analysis

   • L. Nei

   Original paper Pages: 436 - 439

10. Improved detection of transition and rare earth elements in marine samples with the CETAC DSX-100 preconcentration/matrix elimination system and ICP-MS

    • M. Kühn
    • M. Kriews

    Original paper Pages: 440 - 444

11. Automated multiple solid phase micro extraction. An approach to enhance the limit of detection for the determination of pesticides in water

    • J. Lipinski

    Original paper Pages: 445 - 449

12. Determination of palladium in airborne particulate matter in a German city

    • J. Tilch
    • M. Schuster
    • M. Schwarzer

    Original paper Pages: 450 - 453

13. Oil-in-water emulsions as suitable working media for the direct polarographic determination of aziprotryne and desmetryne from its organic extracts in water samples

    • R. Gálvez
    • M. Pedrero
    • J. M. Pingarrón

    Original Paper Pages: 454 - 460

14. Determination of s-triazines with copper and glassy carbon electrodes. Flow injection analysis of aziprotryne in water samples

    • A. Zapardiel
    • E. Bermejo
    • M. Chicharro

    Original paper Pages: 461 - 466

15. Efficiency of solvent extraction methods for the determination of methyl mercury in forest soils

    • J. Qian
    • U. Skyllberg
    • W. Frech

    Original paper Pages: 467 - 473

16. Determination of carbendazim in soil samples by anodic stripping voltammetry using a carbon fiber ultramicroelectrode

    • M. J. González de la Huebra
    • P. Hernández
    • L. Hernández

    Original Paper Pages: 474 - 478

17. Determination of Ca, Mg, Fe, Cu, and Zn in blood fractions and whole blood of humans by ICP-OES

    • C. Prohaska
    • K. Pomazal
    • I. Steffan

    Original paper Pages: 479 - 484

18. Application of ACC method to synchronous luminiscence: determination of α-tocopherol and α-tocopheryl acetate in beverages

    • O. Pastor-Ferrer
    • A. R. Maurí-Aucejo
    • M. Llobat-Estellés

    Original Paper Pages: 485 - 490

19. Determination of marker constituents in radix Glycyrrhizae and radix Notoginseng by near infrared spectroscopy

    • Y. Chen
    • L. K. Sørensen

    Original Paper Pages: 491 - 496

20. Relation between prediction errors of inverse and classical calibration

    • D. Grientschnig

    Short communication Pages: 497 - 498

21. Fluorimetric determination of methylmercury as an ion-association complex with rhodamine B in the presence of iodide

    • Hua-Bin Li
    • Feng Chen
    • Xiang-Rong Xu

    Short communication Pages: 499 - 501

22. High-performance liquid chromatographic determination of the oxidation products of 2-isopropylnaphthalene and 2,6-diisopropylnaphthalene

    • J. Zawadiak
    • B. Orlińska
    • Z. Stec

    Short Communication Pages: 502 - 506