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iStock 521386103 special issueSpecial focused issue on Dried Blood Spots in Forensic Sciences

The January 2018 issue of Journal of Applied Bioanalysis (Vol. 4 No. 1) will be a specially focused issue dedicated to Dried Blood Spots (DBS) in Forensic Sciences.The Journal of Applied Bioanalysis invites the submission of abstracts on topics related to the special issue topic. Abstract proposals will be used to select and invite papers for final review and consideration. Not selected papers for this special issue will be published in a separate regular issue of Journal of Applied Bioanalysis

 

The determination of analytes such as drugs and metabolites collected as dried blood spots (DBS) on filter paper cards has opened up a relatively noninvasive option in the testing of samples for neonatal screening and large-scale epidemiological studies. The concept of obtaining blood on filter paper was introduced in the nineteen sixties for the screening of metabolic diseases and from which the measurement of numerous analytes using the blood spot method has been expanded.

The approach for storing the sample as a DBS has facilitated population screening of newborns for the detection of treatable, inherited metabolic diseases and now can be used for drug testing for forensic purposes. In principle, any analyte that can be measured from whole blood, serum, or plasma can also be measured in the DBS. The only caveats are that the analytes to be measured in DBS must be stable to drying and must be selectively released from the paper upon elution. Procedures for DBS collection, processing, and storage have been fairly standardized and are easily adaptable. The analysis of these DBS, does, however, pose challenges to analysts i.e, extraction of analytes without red blood cellular material, the efficiency of this extraction and relatively sample volume of DBS used in analyses. The low concentrations of analytes add another challenge for analysts using DBS in forensic samples.

 Journal of Applied Bioanalysis invites high quality, short or full length, data-driven research papers, reviews and perspective articles related to all aspects of applications and techniques of dried blood spots (DBS) in forensic sciences. 

 

Areas of interest include but are not limited to:

  1. Opiates and Opioids
  2. Conventional Cannabinoids (THC, THC-OH, THC-COOH)
  3. Synthetic Cannabinoids and Cathinones (JWH-metabolites, Bath Salts)
  4. Amphetamines and designer drugs (Amp/Meth, MDA, MDMA)
  5. Cocaine and metabolites
  6. Benzodiazepines and designer benzodiazepines
  7. Drugs employed in Drug-Facilitated Crime: GHB, GBL, GVL, 1,4 Butanediol
  8. Medications used in Driving Under the Influence cases (Ambien)
  9. Antipsychotics (Seroquel)
  10. Chromatographic and Derivatization techniques (LC-MS-TOF, CE, GC-MS-TOF)

 

The timeline for this special focused issue is as follows:

  • Manuscript submission opens on:   June 1, 2017.
  • Deadline submission of first drafts:  December 1, 2017.
  • Publication of special focused issue:   March 15, 2018.


Open Access manuscript fees

All content of Journal of Applied Bioanalysis is free accessible (open access). There are Article Processing Charges (APC) for this special focused issue of € 350

 

Manuscript submission

First-draft manuscripts have to be submitted via the Scholastica manuscript and peer-review platform. Submit your manuscript here

 

 

Contact

dr. Roland J.W. Meesters
Phone: (+31) 681 585 826 
Email: editor.jab@betasciencepress.com

Special Issue Editors

LC96x96Linzhi Chen, PhD (Boehringer Ingelheim Pharmaceuticals, CT, USA).
Dr. Chen Dr. is a Sr. Research Fellow at Boehringer Ingelheim Pharmaceuticals.  In recent years he has been providing LC/MS-based bioanalytical support to biotherapeutic development programs, and developed a number of LC/MS assays for various biotherapeutic proteins such as nanobodies, Fabs, bispecifics and mAbs, as well as oligonucleotides. His group also developed immunocapture-LC/MS methodology for simultaneous ADA isotyping and semi-quantitation. His recent interest focuses on LC/MS determination of in vivo biomodifications of biotherapeutics and their impact on PK/PD.

 

MF 96x96Morse Faria, PhD (PPD Laboratories, Richmond, VA, USA).
He is currently working as a Research Scientist at Pharmaceutical Product Development, USA. Prior to obtaining his Ph.D., Dr. Faria worked as Research Associate at Wockhardt Ltd., Mumbai, India and as a Lecturer in Pharmacy, University of Mumbai, India. He is a reviewer for various bioanalytical journals including Bioanalysis, Journal of Chromatography B and Journal of Pharmaceutical and Biomedical Analysis. Dr. Faria’s main area of research focus is quantitative bioanalysis using liquid chromatography and tandem mass spectrometry (LC-MS/MS). He specializes in bioanalysis of protein molecules (biomarkers and biotherapeutics) from biological specimens to support drug discovery and drug developmen

Special Issue Editor

TN 96x96

Theo Noij PhD. 
(Charles River Laboratories, Den Bosch, The Netherlands/Avans University of Applied Sciences, Breda, The Netherlands).

Theo Noij is Principal Research Scientist Chemistry at Charles River Laboratories in Den Bosch (NL) and Associate Professor at the Avans University in Breda (NL), in the research area of Analytical Techniques in the Life Sciences. His research includes development of chemical and biomedical analytical assays covering sample preparation, GC, UPLC ICP and MS analysis as well as cell based assays and immunoassay tools. Application areas cover forensic laboratory science, environmental research, biomedical research, toxicology, and food and pharmaceuticals. His expertise also covers laboratory management and quality assurance. Before he joined Charles River in 2004 (as NOTOX at that time), Theo was research manager in chemical water quality and human health at the KWR water research institute. All together he has over 30 years of experience in various roles as analytical chemist and research manager. He obtained his PhD at the Eindhoven University of Technology (NL) under professor Carl Cramers. Theo is chairman of the Working Group on Separation Sciences of the Royal Dutch Chemical Society.

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