Juniper Subtle Energy Healing: A Case Study.

OBJECTIVES: This pilot case study sought to examine the efficacy of subtle energy treatments as conducted by Buddhist healing master Segyu Rinpoche at his Juniper Integrative Clinic in Northern California. DESIGN: Over the course of a year, this study followed two patients with terminal diagnoses, their treating physicians, and Segyu Rinpoche as the patients underwent treatment at the Juniper Clinic. The patients entering the study had exhausted all known medical options. One patient suffered from chronic lymphocytic leukemia [CLL] and the other from bronchiolitis obliterans [BOS] brought about by graft versus host disease following a bone marrow transplant for leukemia. Their treating physicians are prominent members of two different teaching/research hospitals. This was an IRB approved study conducted in conformity with HIPAA standards. SETTING: The patients participated in treatments with Segyu Rinpoche twice a month at his clinic and engaged in daily meditation as instructed by Rinpoche. The study followed both patients through in-depth, face-to-face interviews, wellness surveys, weekly journal entries, and medical records. The study also followed the physicians and Segyu Rinpoche through face-to-face interviews. RESULTS: Both patients and physicians identified significant shifts in patient wellbeing, including less pain, greater happiness and more ease. In addition, both physicians and patients reported a reduced need for medication. Some aspects of the design were more or less successful in tracking patient experience (i.e., health and wellness survey vs. personal journals). The success of the pilot indicates that more qualitative case studies are needed. CONCLUSIONS: Patients and physicians identified a significant increase in overall patient wellbeing. Hence, on an anecdotal level, the study demonstrated the usefulness of subtle energy healing as practiced by Segyu Rinpoche and the Juniper Clinic. The success of the pilot indicates the potential value of full qualitative studies for this modality.

Sexual orientation and fluctuating asymmetry in men and women.

Previous research suggests that individuals' sexual orientation may be affected by developmental instability (DI) induced by exposure to prenatal stresses. We tested this relationship using fluctuating asymmetry (FA), the small random deviations from symmetry that arise in otherwise bilaterally symmetrical traits as a consequence of developmental noise and developmental instability. Differences among individuals reflect variation in their exposure to and ability to accommodate for stresses experienced during development as well as to developmental noise that arises due to cellular stocasticity. FA measurements for 156 heterosexual and 132 homosexual men and women participants provided strong support for the developmental instability hypothesis: FA was significantly higher in both male and female homosexuals (men: four of seven bilateral traits and composite FA values (cFA); women: five of seven bilateral traits and composite FA values). Although finger-length ratios (FLRs), an indirect marker for prenatal hormones, were sex-atypical (e.g., feminized) for homosexual men, we failed to detect any relationship between FA levels and 2D:4D finger-length ratios (FLRs). Hence, although elevated levels of developmental stress appear to be linked to shifts in sexual orientation, the underlying mechanism does not seem to be connected to sex-atypical prenatal hormones. Additional analyses with sex atypical individuals are needed to confirm this.

Population histories of right whales (Cetacea: Eubalaena) inferred from mitochondrial sequence diversities and divergences of their whale lice (Amphipoda: Cyamus).

Right whales carry large populations of three 'whale lice' (Cyamus ovalis, Cyamus gracilis, Cyamus erraticus) that have no other hosts. We used sequence variation in the mitochondrial COI gene to ask (i) whether cyamid population structures might reveal associations among right whale individuals and subpopulations, (ii) whether the divergences of the three nominally conspecific cyamid species on North Atlantic, North Pacific, and southern right whales (Eubalaena glacialis, Eubalaena japonica, Eubalaena australis) might indicate their times of separation, and (iii) whether the shapes of cyamid gene trees might contain information about changes in the population sizes of right whales. We found high levels of nucleotide diversity but almost no population structure within oceans, indicating large effective population sizes and high rates of transfer between whales and subpopulations. North Atlantic and Southern Ocean populations of all three species are reciprocally monophyletic, and North Pacific C. erraticus is well separated from North Atlantic and southern C. erraticus. Mitochondrial clock calibrations suggest that these divergences occurred around 6 million years ago (Ma), and that the Eubalaena mitochondrial clock is very slow. North Pacific C. ovalis forms a clade inside the southern C. ovalis gene tree, implying that at least one right whale has crossed the equator in the Pacific Ocean within the last 1-2 million years (Myr). Low-frequency polymorphisms are more common than expected under neutrality for populations of constant size, but there is no obvious signal of rapid, interspecifically congruent expansion of the kind that would be expected if North Atlantic or southern right whales had experienced a prolonged population bottleneck within the last 0.5 Myr.