1. Cardiac stimulator for the study of refractory period control using current pulses of programmable duration and shape

   • M. Spicer
   • D. L. Pitty
   • A. D. Cunningham

   Instrumentation Pages: 377 - 384

2. Heart rate variability as an index of autonomic imbalance in patients with recent myocardial infarction

   • W. Craelius
   • M. Akay
   • M. Tangella

   Physiological Measurement Pages: 385 - 388

3. Active response of a one-dimensional cardiac model with gap junctions to extracellular stimulation

   • L. A. Cartee
   • R. Plonsey

   Modelling Pages: 389 - 398

4. Use of surface potential spectral characteristics for solving the inverse problem in electroneurography

   • G. V. Dimitrov
   • Z. C. Lateva
   • N. A. Dimitrova

   Modelling Pages: 399 - 405

5. Improved procedure of complex demodulation and an application to frequency analysis of sleep spindles in EEG

   • Y. -L. Hao
   • Y. Ueda
   • N. Ishii

   Computing and Data Processing Pages: 406 - 412

6. Editorial

   • Peter Rolfe

   Cellular Engineering Special Feature Pages: CE1 - CE1

7. Opportunities for the cellular approach in biomedical engineering

   • P. Vadgama

   Special Feature: Cellular Engineering Pages: CE2 - CE7

8. Tissue engineering in the USA

   • R. M. Nerem

   Special Feature: Cellular Engineering Pages: CE8 - CE12

9. Biocompatibility and ingrowth of trevira prostheses following replacement of the cruciate ligaments

   • H. -J. Kock
   • K. M. Stürmer

   Special Feature: Cellular Engineering Pages: CE13 - CE16

10. Selective laser-induced inactivation of proteins (SLIP) by labelling with chromophores

    • B. Jean
    • M. W. Schmolz
    • V. G. Schöllhorn

    Special Feature: Cellular Engineering Pages: CE17 - CE20

11. Modified cell proliferation due to electrical currents

    • L. Vodovnik
    • D. Miklavčič
    • G. Serša

    Special Feature: Cellular Engineering Pages: CE21 - CE28

12. Cellular interactions with NIR EM energy

    • P. Rolfe

    Special Feature: Cellular Engineering Pages: CE29 - CE32

13. Making real neural nets: design criteria

    • A. S. G. Curtis
    • L. Breckenridge
    • R. Wilson

    Special Feature: Cellular Engineering Pages: CE33 - CE36

14. Dendritic processing: using microstructures to solve a hitherto intractable neurobiological problem

    • J. -P. Ternaux
    • R. Wilson
    • J. Moores

    Special Feature: Cellular Engineering Pages: CE37 - CE41

15. Migration of the true pacemaker within the sinoatrial cell aggregate in man

    • R. M. Negoescu

    Special Feature: Cellular Engineering Pages: CE42 - CE48

16. Finite-element analysis of arterial anastomoses with vein, Dacron and PTFE graffs

    • K. B. Chandran
    • D. Gao
    • J. D. Corson

    Biomechanics Pages: 413 - 418

17. Interface load analysis for computer-aided design of below-knee prosthetic sockets

    • D. P. Reynolds
    • M. Lord

    Biomechanics Pages: 419 - 426

18. Spatial localisation of NMR signals and electrical scanning of sensitive regions by the magnetic focusing method

    • K. Tanaka
    • Y. Yamada
    • Z. Abe

    Medical Physics and Imaging Pages: 427 - 432

19. Electric field induced in a spherical volume conductor from arbitrary coils: application to magnetic stimulation and MEG

    • H. Eaton

    Biomedical Engineering Pages: 433 - 440

20. Blood flow velocity measurements based on the self-mixing effect in a fibre-coupled semiconductor laser:in vivo andin vitro measurements

    • M. Slot
    • M. H. Koelink
    • F. H. B. Tuynman

    Communications Pages: 441 - 446

21. Successful shape optimisation of a pedicular screw

    • C. Mattheck
    • K. Bethge
    • W. Blömer

    Communications Pages: 446 - 448