ABSTRACT
Background: Dermatoglyphics is the study of quantitative and qualitative patterns of ridges in palms and soles.It is being investigated in diseases having genetic basis. The recent evidence from adoption studies has provideda basis for the genetic contributions in schizophrenia. The present conducted to study the finger and palmardermatoglyphic patterns in schizophrenics and to compare dermatoglyphic configurations of schizophrenicswith the normal population.Materials and Methods: The ink and pad method was followed to take finger and the palm prints. The palmarprints of 50 schizophrenic patients and 50 normal individuals of both the sexes were collected for the study.Results: There is statistically significant decrease in frequency of arches in schizophrenics when compared tocontrols, whereas frequency distribution of radial loops, ulnar loops and whorls are not significant. Increase inI4 interdigital pattern is statistically significant in schizophrenics when compared to controls. There is increasein the mean values of total finger ridge count in male, female and combined series of male and femaleschizophrenics and decrease in absolute finger ridge count in male and combined series of male and femaleschizophrenics, while there is decrease in female schizophrenics, when compared to controls. Atd angle isdecreased in both the hands of male schizophrenics and right hand of female schizophrenics as compared tocontrols, whereas it is equal in the left hand of schizophrenics and controls. There is increase in the mean ridgecount in III, IV and V digits in the right hand of male schizophrenics.Conclusion: There are significant differences in the schizophrenics in various dermatoglyphic features, whencompared to controls. Hence it is possible to identify the ‘at risk’ population with the help of dermatoglyphics.
ABSTRACT
Background: Breast cancer is very common among females these days, it’s occurrence has a strong genetic basiswhich has been already established. Palmar patterns also develop under genetic control during early developmentalmost at the same period when the mammary buds develop in intrauterine life. And they do not get alteredsignificantly after that, and thus remains almost constant during rest of the life. So these patterns may beassessed as a non-invasive anatomical marker to find the risk of developing breast cancer later in life.Methodology: In this study assessment of the palmar patterns of both hands of 109 female breast cancerpatients were taken and compared with the patterns of 109 age matched normal healthy females. The Patternswere obtained by Ink method in an A4 size white paper. Palmar ridge count (a-b ridge count), palmar angles ( atdangle and adt angle) of both the groups was measured and analysed.Results: On statistical analysis it was observed that mean a-b ridge count of right and left hands of cases weresignificantly lower when compared with the mean a-b ridge count of right and left hands of the normal healthyfemales respectively in Madhya Pradesh.Conclusion: The palmar ridge counts are significantly associated with breast cancer and in a highly populatedcountry like India with limited medical resources, it may be employed as an inexpensive and effective tool forscreening the high-risk population for breast cancer
ABSTRACT
Nowadays study of dermatoglyphics has a great importance in judicial and criminal researches. Similarly its study is related to some genetic diseases has an immense applications. Diabetes Mellitus is the silent killer of mankind and public health problem. Therefore investigators are looking for new methods for its early diagnosis and treatment. Dermatoglyphics is a growing discipline and its ease and ready applicability render it as a useful tool to the clinician. Dermatoglyphics may be effectively employed as a screening procedure in future and may help in the early detection of cases of diabetes mellitus. Methods: The present study is undertaken with an aim to evaluate the dermatoglyphic features in diabetic patients. The study consists of 150 diabetic patients and 150 normal healthy individuals as controls. They were 75 males and 75 females in each group. Dermatoglyphic prints were taken by “Ink method” described by Cummins and Midlo and further subjected to statistical analysis to find the variations in the dermatoglyphic features among diabetic patients and control groups. Results: Mean value of a-b ridge count is neither increased nor decreased in diabetic patients (P = 0.852). Mean value of atd angle is slightly decreased in diabetic patients (P = 0.2332). The frequency of t and t' are increased (P = 0.8462, P = 0.6681) and the frequency of t" is decreased (P = 0.757) in diabetic patients but they are not statistically significant. Conclusion: From the present study, it appears that there do exists a variation in the dermatoglyphic patterns in diabetic patients with an advantage of being simple and economical ‘ink’ method. As the specific features of dermatoglyphic patterns are present in diabetic patients, it can be used for mass screening program to segregate the predicted diabetic patients.
ABSTRACT
Background: Development of dermatoglyphics pattern is under genetic control and it is established that aetiology of club foot is partly environmental and partly genetic. So study of dermatoglyphics pattern in club foot patient may become a diagnostic tool to know the development & inheritance of this clinical disorder. Methods: A total of 42 male child aged b/w 1-8 year were included, for obtaining the palmar and finger tip print standard ink method suggested by Kilgariff was used, and each palmar and finger print were examined for important parameters like loops, whorls, arches, a-t-d angle, a-b ridge count and TFRC count. Then results were tabulated and analysed statistically. Results: Frequency of whorls increase in both hands significantly, frequency of arches and ulnar loops decrease significantly, frequency of radial loops increase in right hand and decrease in left hand but difference was not significant. TFRC count was reduced significantly and no significant difference was found in a-t-d angle and a-b ridge count. Conclusion: Dermatoglyphics is a genetically determined reliable marker for detecting the incidence of club foot. Merely by identifying the dermatoglyphics pattern of couples with family history of club foot may be at risk of having their offspring affected, and they can be diagnosed early and preventive measures can be taken.