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"DiFiore's Atlas of Histology with Functional Correlations explains basic histology concepts through realistic, full-color composite and idealized illustrations of histologic structures. Added to the illustrations are actual photomicrographs of similar structures, a popular trademark of the atlas. All structures are directly correlated with the most important and essential functional correlations, allowing students to efficiently learn histologic structures and their major functions at the same time. This new edition features: · New chapter on cell biology accompanied by both drawings and representative photomicrographs of the main stages in the cell cycle during mitosis · Contents reorganized into four parts, progressing logically from Methods and Microscopy through Tissues and Systems."

"Atlas of Histology: With Functional and Clinical Correlations is a brand-new atlas that provides students a practical and useful source of fundamental information concerning basic histology. Using a unique one-page layout, the book presents a complete visual impression in an integrated style: light and electron micrographic images of a tissue; a diagrammatic representation of the same tissue; and an example of how this tissue may be modified by a pathological process. The atlas includes introductory text with expanded figure legends and synopsis text along with illustrated tables and an abundance of color illustrations clearly labeled with their complete names--Provided by publisher."

"Take a simple approach to understanding the fundamentals with Wheater's Functional Histology. Offering concise text accompanied by hundreds of captions and images of histology slides, this best-selling textbook will equip you with all the must-know histology information you need to complete your courses and ace your exams. Recognize the microscopic structure of normal human tissues and how it relates to function with the help of over 900 high-quality histology images and illustrations.Master how to apply histology in a clinical context through coverage of common clinical conditions in each chapter.Access the entire contents online at Student Consult, including all of the images, a virtual histolab, and USMLE-style self-assessment questions and rationales."

"Latar Belakang: Gen Homeobox adalah gen pengatur perkembangan antara lain morfogenesis sel dengan menyandikan faktor transkripsi pada tahap awal embriogenesis dan diferensiasi sel. Gen EN1 adalah gen Homeobox yang berperan dalam proses pembentukan tulang. Penelitian terbaru menunjukkan bahwa gen EN1 mengalami overexpression signifikan pada sel stromal pulpa gigi permanen pasien celah bibir dan palatum. Namun, pengaruh gen EN1 pada karakteristik sel stromal pulpa gigi sulung dan permanen subjek normal dan pasien celah bibir dan palatum belum diketahui secara pasti. Tujuan: Melakukan verifikasi karakteristik sel stromal gigi permanen pasien celah bibir dan palatum dan subjek normal serta sel stromal gigi sulung pasien celah bibir dan palatum melalui ekspresi gen EN1. Metode: Sampel RNA DPSC subjek normal (n=2), DPSC CLP (n=2), SHED CLP (n=2) diperoleh dari bahan biologis tersimpan Laboratorum Oral Biologi Fakultas Kedokteran Gigi Universitas Indonesia. Kemudian, dilakukan sintesis cDNA dan standarisasi konsentrasi sampel hasil sintesis cDNA. Selanjutnya, ekspresi gen EN1 dan gen referensi GAPDH diuji dengan quantitative reverse-transcription PCR (RT-qPCR). Hasil: Tidak terdapat perbedaan bermakna ekspresi gen EN1, antara DPSC subjek normal dengan DPSC CLP (p≥0,05) sedangkan terdapat perbedaan bermakna ekspresi gen EN1 antara sel DPSC CLP dengan sel SHED CLP (p≤,05). Kesimpulan: Tidak terdapat perbedaan karakteristik sel stromal pulpa gigi permanen antara subjek normal dan pasien celah bibir dan palatum, sedangkan terdapat perbedaan antara sel stromal pulpa gigi sulung dan sel stromal pulpa gigi permanen pada pasien celah bibir dan palatum.

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Background: Homeobox gene is a group of master regulatory developmental genes which are responsible for encode transcription factor in the early phase of embryogenesis and for cell differentiation. EN1 gene is a Homeobox gene that has a role in bone formation. The latest research discovered that EN1 gene was significantly overexpressed in Permanent Teeth’s Stromal Cell of Cleft Lip and Palate Subjects. However, the effect of EN1 gene on the characteristics of Permanent and Deciduous Teeth’s Stromal Cell of Normal Subjects and Cleft Lip and Palate Subjects still remain unknown. Objective: To Verify on the characteristic of the Permanent Teeth’s Stromal Cell between Cleft Lip and Palate Patients and Normal Subjects as well as the characteristic between the Permanent Teeth’s Stromal Cell of Cleft Lip and Palate Patients and Deciduous Teeth’s Stromal Cell of Cleft Lip and palate Patients. Methods: DPSC of normal subjects’ RNA sample (n=2), DPSC of CLP Patient’s RNA sample (n=2), SHED of CLP Patients’ RNA sample (n=2) obtained from Archived Biological Materials in Laboratorium. Subsequently, synthesis the RNA sample into cDNA sample and standardize the cDNA concentration sample. Afterwards, perform RT-PCR assay to validate EN1 and GAPDH reference gene expression. Results: No statistically significant difference of the EN1 gene expression between the Permanent Teeth’s Stromal Cell between Cleft Lip and Palate Patients and Normal Subjects (p≥0,05) and there is statistically significant difference of the EN1 gene expression between the Permanent Teeth’s Stromal Cell of Cleft Lip and Palate Patients and Deciduous Teeth’s Stromal Cell of Cleft Lip and palate Patients. (p ≤05) Conclusion: There is no characteristic difference between the Permanent Teeth’s Pulp Stromal Cell between Cleft Lip and Palate Patients and Normal Subjects, Meanwhile There is characteristic difference between the Deciduous Teeth’s Pulp Stromal Cell of Cleft Lip and Palate Patients and the Permanent Teeth’s Pulp Stromal Cell of Cleft Lip and Palate Patients."

"Now fully revised and updated, this leading ICT series volume offers concise, superbly illustrated coverage of neuroanatomy that throughout makes clear the relevance of the anatomy to the practice of modern clinical neurology. Building on the huge success of previous editions, Neuroanatomy ICT, fifth edition is designed and written primarily with the medical student in mind, although it will again be valued by the range of other students and professionals who need a clear, current understanding of this important area. Minimum assumptions are made of existing knowledge of the subject. This edition now comes with an enhanced electronic version - hosted on the new, improved Student Consult platform - providing an even richer learning experience and rapid reference anytime, anywhere! Notoriously difficult concepts made clear in straightforward and concise text Level of detail carefully judged to facilitate understanding of the fundamental neuroanatomical principles and the workings of the nervous system, providing a sound basis for the diagnosis and treatment of contemporary neurological disorders All new line drawings and photographs incorporated throughout to further improve clarity and reflect the latest imaging techniques Clinical material and topic summaries fully updated and highlighted in succinct boxes within the text Clinical syndromes/​symptoms index provided with cross-referencing to relevant text Memorable pictorial summaries of symptoms associated with the main clinical syndromes New added value electronic content - including self-assessment material to aid revision and check your understanding - is incorporated within the superb, complimentary enhanced eBook."

"In this book, the author draws upon her own research, conducted over the past three decades, to provide a unique compilation of high-quality illustrations that offer illuminating insights in a readily accessible form. The ovarian follicles, the corpus luteum, and the interstitial cortex are presented as precisely controlled homeostatic compartments. Physiologic cell death forms and leukocyte subtypes are clearly depicted, and the various steps in the ovulatory process are demonstrated in detail. Further topics addressed include the microvascular bed, the plasticity of intraovarian nerves as part of the remodelling processes in the polycystic and the menopausal ovary, and the role of cytokeratin-positive cells as messengers of innate immunity. "