Caruana G ⚠ 동명이인 가능성

제1저자 또는 공저자로 매칭된 논문 · word-boundary on `authors` column

이름 + 이니셜 1자만으로는 동명이인 구분이 어렵습니다. 상세 비교는 Caruana G 비교 뷰 →

4 논문
2015–2016 활동기

주요 저널

  • The Journal of clinical and aesthetic dermatology 1
  • Plastic and reconstructive surgery. Global open 1
  • Annals of plastic surgery 1
  • Annali italiani di chirurgia 1

주요 공저자 Top 8

  1. Raposio E 4편
  2. Petrella M 1편
  3. Bonomini S 1편
  4. Grieco MP 1편
  5. Bertozzi N 1편
  6. Boschi E 1편
  7. Pio Grieco M 1편
  8. Grignaffini E 1편

연도별 분포

  • 2016 2
  • 2015 2

최근 발표

공저자 네트워크

중심 = Caruana G · 공저 횟수 상위 30
공저자 엣지
본인 공저자 본인-공저자 공저자 사이
⏳ 그래프 로딩 중…

노드 더블클릭 = 해당 저자 페이지로 이동 · 호버 = 공저 횟수 툴팁

논문 목록

4건 · 최신순
  • Experimental Evidence in Hair Restoration Procedures: Plucked Hair Survival and Growth Rate.
    The Journal of clinical and aesthetic dermatology 2016 Raposio E 외 PMID: 27354887

    [BACKGROUND] Limitations of hair restoration procedures are the amount of hairs available and the invasiveness of follicular harvesting. [OBJECTIVE] The aim of this study was to compare conventional human micrografts and plucked hair folli…

  • A Standardized Method of Isolating Adipose-Derived Stem Cells for Clinical Applications.
    Annals of plastic surgery 2016 Raposio E 외 PMID: 26418805

    White adipose tissue is the most abundant and accessible source of stem cells in the adult human body. In this paper, we present a standardised and safe method of isolating and maximizing the number of adipose-derived stem cells (ASCs) from…

  • Scalp Surgery: Quantitative Analysis of Follicular Unit Growth.
    Plastic and reconstructive surgery. Global open 2015 Raposio E 외 PMID: 26579345

    [UNLABELLED] Over the years, different kinds of hair transplantation have been compared in an attempt to overcome male pattern alopecia and, at the same time, maximize both the survival and growth rate of grafted hair. In this study, we hav…

  • Role of adipose-derived stem cells in chronic cutaneous wound healing.
    Annali italiani di chirurgia 2015 Caruana G (제1저자) PMID: 25818696

    [AIM] Adipose tissue represent an alternative source of multipotent stem cells with characteristics similar to bone marrowderived mesenchymal stem cells (BMSCs), easier to isolate and effective in wound healing enhancement. [MATERIAL OF ST…