Juniper Publishers Multidisciplinary Journal Options Juniper Publishers offers several multidisciplinary journal options that cover a wide range of scientific disciplines. Multidisciplinary journals play a crucial role in advancing scientific knowledge across diverse fields of study. These publications serve as platforms for researchers from different disciplines to share their findings, fostering collaboration and cross-pollination of ideas. By encompassing a wide range of subjects, multidisciplinary journals encourage innovative approaches to complex problems that often require expertise from multiple domains. They provide readers with a broader perspective on current research trends and emerging topics, allowing for the integration of knowledge from various fields. Examples of prominent multidisciplinary journals include Nature, Science, and PNAS, which cover topics ranging from biology and physics to social sciences and environmental studies. The impact of t...
Juniper Publishers- JOJ Dermatology & Cosmetics Abstract Male pattern hair loss (MPHL) and female pattern hair loss (FMPL) are important issues in cosmetic dermatology. The efficacy of hair tonic product containing 0.75% adenosine and 1.5% caffeine was assessed in male and female subjects with MPHL and FMPL. A single-blind, randomized, half-split study was conducted. Effectiveness of the hair tonic was assessed in the improvement of hair density by 6 weeks. In addition, satisfaction on product characteristics and hair shedding reduction were also evaluated. The results showed that the hair density was significantly increased by 40% and 55% at week 6 and week 8, respectively. Subjects scored high level on product characteristics and efficacy. No serious side effect was observed after the application. The results showed that 0.75% adenosine and 1.5% caffeine hair tonic were effective in MPHL and ...
Juniper Publishers- JOJ Dermatology & Cosmetics Expanding the Applications of Picosecond Lasers Picosecond laser technology has garnered much interest since arriving on the dermatological scene. While its effectiveness in removing tattoos has been well documented, demonstrating its use in other skin lesions is an ongoing process. Because quality switched nanosecond lasers and picosecond lasers share a similar mechanism, clinicians hope that picosecond lasers will prove to be useful for similar skin lesions. There has been a great focus in particular on proving its effectiveness in treating pigmented lesions, acne scarring, photodamage, and wrinkling. The early data and impressive safety profile of picosecond lasers suggest that clinicians may have another tool they can use to treat these troublesome skin conditions particularly in patients with darker skin types. For more Open Access Journals in Juniper Publishers please click on: https:...
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