WPRIM Management System> DCMS> Chinese Journal of Forensic Medicine> 2016> 31> 6

Volume: 31 Issue: 6

1. Research advances of forensically lfuid/tissues identiifcation based on DNA methylation analysis Page:591—594
2. Estimation of postmortem interval by ocular tissues Page:583—586
3. Progress in the research of diagnosis of amniotic lfuid embolism based on the methodologies in forensic medicine Page:577—579
4. The age estimation of chest CR image of Chinese Han adults Page:574—576
5. Expression of autophagy and inlfammation cytokines in mice wound skin and their relationship with the time of ;wound Page:550—553
6. The expression of basigin mRNA in early ischemic myocardium of rats Page:547—549
7. The application of ultraifltration in old biological samples( Page:607—609
8. Selection and evaluation of facial characteristic indexes of frontal photo for personal identiifcation( Page:570—573
9. The study of the cervical identiifed on CT iflm Page:539—542
10. Study on the analytic method of synthetic cannabinoid JWH-122 by the high performance liquid chromatography Page:563—566
11. Genotyping of 90 autosomal SNPs based on next generation sequencing Page:557—562
12. Optimization of a forensic DNA extraction kits and its applicability evaluation Page:595—597,598
13. Cell-free fetal nucleic acid in maternal plasma and noninvasive prenatal paternity testing Page:587—590,594
14. The establishment of palatal rugae digitalization system on forensic identiifcation( Page:567—569,573
15. The alteration of energy metabolism and oxidative injury in the myocardia suffering from lethal ventricular ;tachyarrhythmia ( Page:543—546,549
16. The identiifcation study on sudden unexpected death of acute myocardial ischemia by two-dimension infrared ;spectroscopy( Page:554—556,562
17. Development and application of a calculation software for paternity index (PI) in parentage testing and likelihood ;ratio (LR) in individual recognition Page:598—600
18. The conclusive test of hemochromogen by micro spectroscopic method Page:601—604
19. Selection of SPE column for trace pesticides in large volume water Page:605—606