Cheiloscopy: Lip Print Inter‐rater Reliability

Furnari, Winnie

doi:10.1111/1556-4029.13308

Cited by 13 publications

(14 citation statements)

References 12 publications

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“…This might be due to the fact that both lip prints and blood groups are genetically determined and developed during early foetal life (37). This contrasts with the studies conducted by Verma et al (6), Furnari et al (40) and Hunasgi et al (41), due to the smaller study sample considered by past researchers, and moreover the present study reflected the most common whole upper and lower lips patterns (six quadrants considered), rather than partial lip area patterns. The UL fingerprint pattern was the most predominantly noted in both genders in all blood groups.…”

Section: Discussioncontrasting

confidence: 91%

Frequency and correlation of lip prints, fingerprints and ABO blood groups in population of Sriganganagar District, Rajasthan

Sandhu

Verma

Padda

et al. 2018

ama

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<div class="WordSection1">Objective. To investigate the frequency and uniqueness of different lip print patterns, fingerprint patterns in relation to gender and ABO Rh blood groups among a semi-urban population of Sriganganagar, Rajasthan. Materials and methods. The study was conducted on 1200 healthy volunteers aged 18-30 years. The cheiloscopic and der- matographic data of each subject were obtained and were analysed according to the Suzuki and Tsuchihashi and Henry systems of classification, respectively. Two forensic experts analyzed the patterns independently. The ABO Rh blood group was also recorded for each subject. The Chi square statistical analysis was done and tests were considered significant when p value <0.001 and Cohen kappa test was applied to analyze inter-observer reliability. Results. The B+ blood group was noted as most common in both genders while least common were A− among males and AB− in females. Type II lip pattern was most predominant while the least common was Type I’ in males and Type I’ and Type V in females. The UL fingerprint pattern was the most common, while RL was least noted in both genders. All the fingerprint patterns showed correlation with different lip print patterns. A correlation was found between different blood groups and lip print patterns except Type I (vertical) lip pattern. A positive correlation was observed between all the blood groups and fingerprint patterns, except for RL pattern. Conclusion. There is an association between lip print patterns, fingerprint patterns and ABO blood groups in both the genders. Thus, correlating the uniqueness of these physical evidenc- es sometimes helps the forensic team members in accurate personal identification or it can at least narrow the search for an individual where there are no possible data referring to the identity of the subject.</div>

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Section: Discussioncontrasting

confidence: 91%

Frequency and correlation of lip prints, fingerprints and ABO blood groups in population of Sriganganagar District, Rajasthan

Sandhu

Verma

Padda

et al. 2018

ama

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“…The variety of lip print analysis methods has brought up an inconsistency in the related literature all over the world [ 136 ]. Among these various methods are photographing, direct prints onto paper, and generating lips 3D casts which finely display the lips groves using dental impression materials [ 137 ].…”

Section: Lip Printmentioning

confidence: 99%

Dental Radiographic/Digital Radiography Technology along with Biological Agents in Human Identification

et al. 2022

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The heavy casualties associated with mass disasters necessitate substantial resources to be managed. The unexpectedly violent nature of such occurrences usually remains a problematic amount of victims that urgently require to be identified by a reliable and economical method. Conventional identification methods are inefficient in many cases such as plane crashes and fire accidents that have damaged the macrobiometric features such as fingerprints or faces. An appropriate recognition method for such cases should use features more resistant to destruction. Forensic dentistry provides the most appropriate available method for the successful identification of victims using careful techniques and precise data interpretation. Since bones and teeth are the most persistent parts of the demolished bodies in sudden mass disasters, scanning and radiographs are unrepeatable parts of forensic dentistry. Forensic dentistry as a scientific method of human remain identification has been considerably referred to be efficient in disasters. Forensic dentistry can be used for either “sex and age estimation,” “Medical biotechnology techniques,” or “identification with dental records,” etc. The present review is aimed at discussing the development and implementation of forensic dentistry methods for human identification. For this object, the literature from the last decade has been searched for the innovations in forensic dentistry for human identification based on the PubMed database.

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“…Many studies have been developed to explore the usefulness of lip prints pattern in personal identification based on its uniqueness and permanence. Amongst the established methods, the classification by Suzuki and Tsuchihashi is the most commonly used and simple method for lip prints analysis 9 . Suzuki-Tsuchihashi classified the lip prints pattern as: complete straight grooves (type I), half-straight grooves (type I'), branched grooves (type II), intersected grooves (type III), reticulated grooves (type IV), and undifferentiated grooves (type V) 10 .…”

Section: Introductionmentioning

confidence: 99%

Inheritance Pattern of Lip Prints and Blood Group among Parents and their Offspring in Javanese Population, Indonesia for Assisting Forensic Identification

Sosiawan¹,

Pulunggono²,

Kurniawan³

et al. 2021

IJFMT

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Lip prints and bloodstains may be left behind in many crime scenes and may reveal the identity of the victim and the suspected person. This study was aimed to investigate the inheritance pattern of lip prints and blood groups among parents and their offspring in the Javanese population. 105 subjects from 25 Javanese family frames participated in this study. Lips print pattern was recorded and analyzed according to Suzuki and Tsuchihashi classification. A blood group test was also performed for each subject. The statistical analysis carried out using IBM® SPSS® Statistics version 23.0 (IBM, Armonk, New York, USA). The results of this study revealed that type II was the predominant pattern of lip prints among the Javanese population (34.3%). Blood group A was the predominant type in subjects with lip prints type II (15%). The result also shows that the lip prints pattern in girls tends to be inherited from the mother. However, the inheritance of lip prints pattern in boys couldn't be determined precisely. The heritability of lip prints pattern was observed between parents and their offspring. Also, there was a tendency of blood groups to have a certain pattern of lip prints.

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Cheiloscopy: Lip Print Inter‐rater Reliability

Cited by 13 publications

References 12 publications

Frequency and correlation of lip prints, fingerprints and ABO blood groups in population of Sriganganagar District, Rajasthan

Frequency and correlation of lip prints, fingerprints and ABO blood groups in population of Sriganganagar District, Rajasthan

Dental Radiographic/Digital Radiography Technology along with Biological Agents in Human Identification

Inheritance Pattern of Lip Prints and Blood Group among Parents and their Offspring in Javanese Population, Indonesia for Assisting Forensic Identification

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