OBJECTIVEThe morphological and color characteristics of the tongue sublingual veins (SLVs) can manifest differently within the subjects, depending on the way their tongue is curled upward. This study was conducted in order to investigate the clinical relevancy of tongue SLV diagnosis in relation to menstrual clinical symptoms (pain, clots, heavy, and scanty), using three different inspection procedures (IP1, IP2, and IP3).

METHODSThree-hundred and seventy-seven female patients were asked to stick out their tongues in three specific ways which were intended to create different tongue protrusion angles. The SLV parameters for thickness (TK), length (LE), color (CL), shape (SP), and nodules (ND) were then evaluated.

RESULTSAccording to the results of the Wald χ2 test, IP1 provides the best model for pain (R2=0.155), IP3 for clots (R2=0.437), IP2 for heavy (R2=0.268), and scanty (R2=0.192). Abnormal SLV diagnostic parameters were most strongly associated with the clinical symptom of clots (R2=0.492).

CONCLUSIONWhile the study showed the relations between tongue SLV features and menstrual clinical symptoms, as well it showed that IP2 was the best overall predictor for the symptomatic indexes used in this study, and using one particular SLV inspection procedure may not be sufficient. The application of a particular inspection method alone may cause under- or over-estimation of SLV abnormalities.

Adult ; Color ; Female ; Follow-Up Studies ; Humans ; Menstruation ; Middle Aged ; Retrospective Studies ; Tongue ; pathology ; Tongue Diseases ; diagnosis ; Young Adult

OBJECTIVETo determine whether any difference exists in the skin-temperature responses of the lower limbs to hot-stone application relative to one-site and three-site abdominal application.

METHODSTwenty-five female students participated in experimental sessions after a random allocation: 14 participants received a hot-stone application on the umbilicus, superior-umbilicus, and inferior-umbilicus regions (hereafter referred to as the three-site stimulation group); and 11 participants received the hot-stone application on the umbilicus region only (hereafter referred to as the one-site stimulation group). Heated stones were applied for 9 min to participants in both groups. Four arbitrary frames (the lower leg, ankle, proximal foot, and distal foot regions) were created in order to observe and analyze the skin temperature of a lower limb using a thermograph. Observation periods were as follows: before hot-stone stimulation, immediately after stimulation, and 5, 10, 15, and 20 min after stimulation.

RESULTSThere was a significant offset interaction of distal foot skin temperature between the groups. The left-side distal foot skin temperature increased at 15 and 20 min following the three-site abdominal hot-stone stimulation. The right-side distal foot skin temperature increased immediately and at 5, 10, 15, and 20 min following the three-site abdominal hot-stone stimulation. No significant change in distal foot skin temperature was observed following the one-site stimulation.

CONCLUSIONLower-limb skin temperature was altered following hot-stone stimulation applied to the abdomen, and the one-site stimulation and three-site stimulation yielded different distal foot skin-temperature reactions.

Adult ; Hot Temperature ; therapeutic use ; Humans ; Lower Extremity ; Male ; Massage ; methods ; Skin Temperature