Search Results for: Grossing in Dermatopathology Manual

Grossing in Dermatopathology

Dermatology can compete only with psychiatry on the number of clinical diagnoses owing to the skin’s easy exposure to irritants and the variety of reactions to them. Dermatologists do not hesitate to put many question marks in their clinical diagnosis because at the end of the day the pathology diagnosis rules. However, dermatologists are the most proficient in surgical pathology. It is common practice, especially in academic institutions, for dermatologist to sit with a dermatopathologist before the microscope, trying to follow the pass how the pathology diagnosis is generated. Sometimes, dermatologists do pathology by themselves.

The Susan Lester’s Manual of Surgical Pathology (2010) largely targets residents and pathologists without focusing on the details of grossing techniques. Scarce materials written on the grossing skin specimens topic are dispersed in dermatology textbooks.

Grossing in dermatopathology is presented in our book Dermatopathology Laboratory Techniques co-authored with Clifford Chapman and in more  details  in our recent book Grossing Technology. A Guide for Biopsies and Small Specimens (Amazon.com). Below is the excerpt from the Table of Contents related to grossing in dermatopathology.

Recently, we published (2020) on Amazon’s CreateSpace platform Skin Grossing in Histology Laboratories book, which extends the content of previous books for a comprehensive approach to grossing skin in histology. 

 

 

 

CoverDermatoClifAmazon

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Excerpt from the Table of Contents in Grossing Technology. A Guide for Biopsies and Small Specimens book.

Dermatopathology ………………………………………………………………………… ……………..80

Shave biopsy ……………………………………………………………………………………………….. 83

Punch biopsy ………………………………………………………………………………………………  87

Excision biopsy …………………………………………………………………………………………… 94

Miscellaneous skin specimens….………………………………………………………………….  103

Mohs surgery ……………………………………………………………………………………………. 106

Alopecia biopsy …………………………………………………………………………………………. 113

 

The Website’s Stationary and Stationary Website

This post suggests the content- oriented terms website’s stationary and stationary website for educational professional niche websites, as an addition to the traditional static/dynamic website definitions. It is an attempt to adjust the terminology to recent changes in website design methodology. The “Grossing Technology in Surgical Pathology” (www.grossing-technology.com) niche website is used as an example of the implementation of these terms.

Introduction

 With an apology for superficiality, some words about the well- known aspects in the computer science in order to bring the readers closer to the subject of this post.

In the past twenty years since Tim Berners-Lee introduced the first- ever website, actually the web page, more than half a billion websites have become ubiquitous in the civilized world, like running water. Although not so long ago the word blog had an undulating red line in a computer spell check, there are now, according to the Wikipedia, more than 172  million identified blogs around the world.

What is the difference between a website and a blog? Although the definition of blog has been significantly diluted and blurred, the immediate answer is that a blog IS a website. Usually, this answer is followed by an explanation that there are static websites and dynamic websites. The latter are blogs. The background of this separation is that a blog has build in editing tools and the content can be manageable by a user, while a static website employs content management system (CMS) which requires professional development.

For me, the word static has a visual appearance of a green duckweed pond. Unfortunately, this was very much justified by my website experience. The original website, “Grossing Technology in Surgical Pathology”, was the embodiment of a static website in the depth of this adjective’s meaning.  Depending on the webmaster, I could not change even a comma in the content by myself. But most importantly, the visitors could communicate with me only through my email address. I had to fish them out from the junk mail, which was not easy when the email’s subject was not distinct. Who knows how many good e-mails sank in the sea of unopened junk mail. During the time when this website was quietly decaying in its initial design, the revolution was brewing that culminated in the development of WordPress like software platforms.

Now nothing prevents a former static website from being dynamic by making changes easily and engaging in interactions with visitors in the same way as dynamic blog websites. In the case of the WordPress platform, you can immediately change everything on the page or post, save the changes, and with the refresh key (F5) see the corrected page on the screen for common World Wide Web consumption. Moreover, web pages can be generated on the fly upon the topic’s request from the website’s pages content.

Terminology

With an unfortunate delay, the website was redesigned by using the WordPress development. Now it is completely different and has multiple components. As a consumer of this transformation, while lacking a deep understanding of the computer science technology, I want to have distinct terminology definitions of the website’s parts. This is the subject of this post.

Static and dynamic are descriptive adjectives that only reflect the process of the website’s formation. How can the location of the website’s content be defined? And what this type of content-oriented multi component website can be called?

I think that the website’s stationary would be an appropriate term for the website’s main informational media (articles, photos, videos, etc.). Yes, stationary as a noun (see below the explanation). This type of websites can be called a stationary website. It is synonymous with static, but different in connotation and usage. This is not an exercise in semantics, but an attempt to define the informational entity that arrived and formed with new software technology in a better way.

For me, the website’s stationary term has more visualization than other descriptions such as main (too vague, and diminishes the other content), basic component (right, but of what, and two words), core (too laboratorial), permanent (actually not, because it is removable, and changeable), traditional (too vague), editorial (in general, correct, but with a newspaper allusion), and, at last, static. For full disclosure, this website’s webmaster prefers the basic component.

The word stationary, an adjective, stems from the Latin stationarius, which means unmovable. Unlike the adjective static, which stems from the Greek word statos (also unmovable), the word stationary can be used as a noun more conveniently (The Webster’s New Universal Unabridged Dictionary: n. 5. a person or a thing that is stationary.) In our example, the stationary of the website. The word stationary is not in common use as a noun in US English, especially in British English. (My high school sophomore grandchild does not like it.) However, this is not necessarily a disadvantage. To the contrary, it can be a specific computer science term in general and a description of the website design in particular, at least for professional educational niche websites. By the way, the nouns browse, browser, and definitely web browser have become ubiquitous not long ago. Static as a noun is used more rarely and only in a negative connotation (static or atmospheric electricity, electrical disturbance noise, criticism, trouble). Of course, the confusion with stationery (paper and office supplies) ought to be avoided. Unfortunately in many occasions, companies offer office supplies using both words interchangeably. As a blogger recently wrote: “I’m surprised at how many people still confuse the correct spelling of stationery- the paper kind with stationary- the parked kind.” Search engines almost always suggest in the results pages stationery if you type in stationary in the query bar.

By the etymology and meaning, the website’s stationary is closer to a station, for example a railroad station. Trains come and go, the station stays. The analogy can be broadened to the depot where the trains are cleaned, repaired, and assembled, like a stationary website that shelters and updates the content using modern software. By the way, in Latin statio means residency, abode. The website’s stationary is the place where the informational entities (pages, photos, videos, etc.) “reside” for a more or less prolonged sojourn.

As a medical analogy, the website’s stationary resembles a hospital with a definite set of beds and services. A blog is like a hospital’s emergency department, the “fast responders.” The ancillary parts of a website (host, affiliations, etc.) are like clinics affiliated with the hospital. In Russia, a hospital is called the stationary.

Here is a practical application of using the website’s stationary term for our “Grossing Technology in Surgical Pathology” website. It is an educational methodological laboratory niche website by intention, design, and content. Contrary to a hybrid website, it is monothematic. In composition, the website includes three main parts.

The first part contains articles of different sizes and forms with relevant illustrations in subdivisions/ sections/ categories (Perspectives in Grossing Technology; Grossing Case Studies; Grossing Techniques; Equipment, Instruments, Gadgets; Grossing in Dermatopathology Manual; Safety; CPT Coding in Surgical Pathology). This is the core informational body. This part is the website’s stationary. It can be updated, changed, and discussed. Without the website’s stationary the entire laboratory educational methodological website would be meaningless as an informational entity. A stationary website can be a characterization of the type of website with certain content even if some changes have been made. Actually, the word stationary can be used alone as a shorthand noun by omitting the word website in a phrase: “these materials are in the stationary.”

The second part is the Grossing Technology & Beyond blog. It functions according to the rules of blog composition (posts are posted in the chronological order, they are shorter than stationary’s articles, sometimes they respond to current events or comments). Some posts can be sent to the website’s stationary in order to make the subject of a page’s article more comprehensive.  Some fragments of the website’s stationary can be placed in the blog posts, if necessary, for a special attention.

The third part includes ancillary components such as Meet the Site’s Host, and affiliates (links, advertisements). The site is planning to open Guest Corner and Odds and Ends sections.

Finishing the description of the parts of the stationary website, I want to present an allusion to a station wagon car or a van with rows of seats, like articles/pages/photos etc., where kids are sitting, shouting, and changing places, but the car stays on the road. In the back, food and beverage are stored for fast consumption, like blogs, and other luggage items are stashed, like the ancillary components of the website.

There is nothing unchangeable now on a website, even the front page, but the definitions of the static and dynamic websites should not be abandoned. For example, themes in WordPress, page templates, the “About” and Contacts pages are usually unchanging and technically can be called static. Perhaps, it would be reasonable to maintain the division on static and dynamic websites at the level of the formation of a web page, especially for simple websites (information, entertainment, etc.).

In conclusion

Stationary websites are intellectual content net stations

where encoded information stashed in the media software units

stays there until statutory browsers

start its recovery from the website’s stationary.

This terminology essay rendered by a layperson in computer science and linguistics is an attempt of an Internet consumer to define in terms understandable for me the design of the website where I dwell. I have the usual excuse in my paraphrase: “’My webhome is my castle” the old British might have said if they had known the Internet.’ Sometimes, an outside perspective might be useful.

 

Publications in the USA

 

 Letter to the Editor: “Billing, coding errors.” CAP TODAY October 2002 pp. 8, 11

Letter to the Editor:”Questionable Recommendations” on the article “Cutting Expenses in Anatomical Pathology”.  Advance for Medical Laboratory Professionals 2002 December 2. pp.  11, 19

CAP TODAY – In Seth L. Haber’s column “Innovation in Pathology”: Handling bones and other calcified tissue –September 2003; December 2003; March 2004

Letter to the Editor: “Microwave-Assisted Rapid Tissue Processing.”  American Journal of Clinical Pathology 2004; 122: 612-616

Dimenstein IB: The Grossing Technique of a Mandible Bone. Hard Times. Communique of the Hard Tissue Committee NSH 20004. Vol 22 : 6-8

Dimenstein IB: Preventing Unintentional Overcharge. Advance for Administrators of the Laboratory, August 2004, p.20

Dimenstein IB: CPT Coding for Soft Tissue Tumors. Advance for Administrators of the Laboratory. November 2005: 16-18

Dimenstein IB: Lymph Node Coding in Surgical Pathology. LabMedicine 2005; 36: 602-603

Letter to the Editor: “The Other Side of Compliance.” LabMedicine 2005; 36: 122

Letter to the Editor: “SNOMED and Reinventing the Autopsy.”  LabMedicine 2006;

2: 54-55

Dimenstein IB: CPT Coding for Mastectomy (A Case Study). LabMedicine 2006; Vol. 37(11): 654-656

Dimenstein IB: Baby Diaper Pad for Filtration Biopsies. The Journal of Histotechnology 2006; Vol 29, No. 3. P.204

Letter to the Editor: Assisting the Pathologist, CAP TODAY, November 2006

Dimenstein IB: Hard Pressed Cardboard for Bone Grossing Immobilization. AAPA Newsletter, 2007 Vol. XXXV No.4:25

Dimenstein IB:Bone grossing techniques: helpful hints and procedures. Annals of Diagnostic Pathology 2008; 12:191-198

Campbell T., Dimenstein I.: Bone Grossing Table. Poster Abstract. The Journal of Histotechnology 2008; 31: 200

Dimenstein IB: Root Cause Analysis of Specimen Misidentification in Surgical Pathology Accession and Grossing. LabMedicine 2008; 39: 497-502

Dimenstein IB: Incision in a Foam Pad for Embedding Orientation. The Journal of Histotechnology 2008; 31: 141-142

Dimenstein IB: Grossing biopsies: an introduction to general principles and techniques. Annals of Diagnostic Pathology2009; 13: 106-113

Letter to the Editor: “The Henry Ford Production System: Reduction of Surgical Pathology In-Process Misidentification Defects by Bar Code-Specified Work Process Standardization.” American Journal of Clinical Pathology 2009; 132: 975-980

Dimenstein IB: New Devices for Manual Embedding Orientation. The Journal of Histotechnology 2009; Vol. 32 (3): 123-125

Dimenstein IB: CPT Coding in Dermatopathology. LabMedicine 2009; 40: 151-156

Dimenstein IB: A Pragmatic Approach to Formalin Safety in Anatomical Pathology. LabMedicine 2009 Vol. 40 (12):740-746

Dimenstein IB:  “The Grossing Histotechnologist in Surgical Pathology” (Two installments)  Advance for Administrators of the Laboratory online edition 2010 May 10th and 20th

Dimenstein IB: Sectionable cassette for embedding automation in surgical pathology. Annals of Diagnostic Pathology 2010; 14:100-106

Letter to the Editor: “The Use of Bar-Coding and Tracking in Surgical Pathology to Enhance Patient Safety.”  The Journal of Histotechnology 2010 Vol.33:131-132

Dimenstein IB: Principles and Controversies in CPT Coding in Surgical Pathology. LabMedicine 2011; 42: 242-249

Author’s Response. LabMedicine 2011; 42: 376

Dimenstein IB: Specialized Stations for Grossing Biopsies. The Cutting Edge Journal. AAPA 2011Vol.1. 1: 20-22

Dimenstein IB: Gadgets for ‘Floaters’ prevention in the histopathology laboratory. The Journal of Histotechnology 2011; Vol. 34, 2: 88-90

Dimenstein IB: Decalcification in surgical pathology. The Cutting Edge Journal. AAPA 2012. Vol. 2. 3: 21-23

Letter to the Editor: The abandoned Root Cause Analysis original methodology. LabMedicine. Online edition. Published May 17, 2013

Dimenstein IB, Dimenstein SI: Development of a Laboratory Niche Website. Annals of Diagnostic Pathology, 2013; June 12, in Press http://dx.doi.org/10.1016/j.anndiagpath.2013.05.002

Izak B. Dimenstein: Third-hand Immobilization in Gross Sectioning of Pathology Specimens. Histologic, June 2013, Vol XLVI, No.1, pp8-10.

Dimenstein IB: The concept of adjustable immobilization to aid grossing and facilitate uniform biopsy slices. Technical Note. 2013; Journal of Histotechnology; Vol. 36, Number 3:106-109.

Dimenstein IB and Dimenstein SI: Poster abstract. The “Nested Doll” principle in the development of an educational laboratory niche website” NSH Symposium /Convention, Providence, September, 2013

 Dimenstein IB: IHC coding changes. Letter to the Editor. CAP TODAY, 2014, February, Page 6.

 Workshops materials at AAPA and National Society for Histotechnology (NSH) conventions and regional meetings on grossing bones, biopsies, and small specimens, website development methodology (2005, 2007, 2008, 2009, 2013).

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Publication in the USA

 

 

 

 

 

Letter to the Editor: “Billing, coding errors.” CAP TODAY October 2002 pp. 8, 11

 

 

 

Letter to the Editor:”Questionable Recommendations” on the article “Cutting Expenses in Anatomical Pathology”.  Advance for Medical Laboratory Professionals 2002 December 2. pp.  11, 19

 

 

 

CAP TODAY – In Seth L. Haber’s column “Innovation in Pathology”: Handling bones and other calcified tissue –September 2003; December 2003; March 2004

 

 

 

Letter to the Editor: “Microwave-Assisted Rapid Tissue Processing.”  American Journal of Clinical Pathology 2004; 122: 612-616

 

 

 

Dimenstein IB: The Grossing Technique of a Mandible Bone. Hard Times. Communique of the Hard Tissue Committee NSH 20004. Vol 22 : 6-8

 

 

 

Dimenstein IB: Preventing Unintentional Overcharge. Advance for Administrators of the Laboratory, August 2004, p.20

 

 

 

Dimenstein IB: CPT Coding for Soft Tissue Tumors. Advance for Administrators of the Laboratory. November 2005: 16-18

 

 

 

Dimenstein IB: Lymph Node Coding in Surgical Pathology. LabMedicine 2005; 36: 602-603

 

 

 

Letter to the Editor: “The Other Side of Compliance.” LabMedicine 2005; 36: 122

 

 

 

Letter to the Editor: “SNOMED and Reinventing the Autopsy.”  LabMedicine 2006;

 

2: 54-55

 

 

 

Dimenstein IB: CPT Coding for Mastectomy (A Case Study). LabMedicine 2006; Vol. 37(11): 654-656

 

 

 

Dimenstein IB: Baby Diaper Pad for Filtration Biopsies. The Journal of Histotechnology 2006; Vol 29, No. 3. P.204

 

 

 

Dimenstein IB: Hard Pressed Cardboard for Bone Grossing Immobilization. AAPA Newsletter, 2007 Vol. XXXV No.4:25

 

 

 

Dimenstein IB:Bone grossing techniques: helpful hints and procedures. Annals of Diagnostic Pathology 2008; 12:191-198

 

Campbell T., Dimenstein I.: Bone Grossing Table. Poster Abstract. The Journal of Histotechnology 2008; 31: 200

 

Dimenstein IB: Root Cause Analysis of Specimen Misidentification in Surgical Pathology Accession and Grossing. LabMedicine 2008; 39: 497-502

 

Dimenstein IB: Incision in a Foam Pad for Embedding Orientation. The Journal of Histotechnology 2008; 31: 141-142

 

 

 

Dimenstein IB: Grossing biopsies: an introduction to general principles and techniques. Annals of Diagnostic Pathology2009; 13: 106-113

 

Letter to the Editor: “The Henry Ford Production System: Reduction of Surgical Pathology In-Process Misidentification Defects by Bar Code-Specified Work Process Standardization.” American Journal of Clinical Pathology 2009; 132: 975-980

 

 

 

Dimenstein IB: New Devices for Manual Embedding Orientation. The Journal of Histotechnology 2009; Vol. 32 (3): 123-125

 

 

 

Dimenstein IB: CPT Coding in Dermatopathology. LabMedicine2009; 40: 151-156

 

 

 

Dimenstein IB: A Pragmatic Approach to Formalin Safety in Anatomical Pathology. LabMedicine 2009 Vol. 40 (12):740-746

 

 

 

Dimenstein IB:  “The Grossing Histotechnologist in Surgical Pathology” (Two installments)  Advance for Administrators of the Laboratory online edition 2010 May 10th and 20th

 

Dimenstein IB: Sectionable cassette for embedding automation in surgical pathology. Annals of Diagnostic Pathology 2010; 14:100-106

 

 

 

Letter to the Editor: “The Use of Bar-Coding and Tracking in Surgical Pathology to Enhance Patient Safety.”  The Journal of Histotechnology 2010 Vol.33:131-132

 

 

 

Dimenstein IB: Principles and Controversies in CPT Coding in Surgical Pathology. LabMedicine 2011; 42: 242-249

 

Author’s Response. LabMedicine 2011; 42: 376

 

 

 

Dimenstein IB: Specialized Stations for Grossing Biopsies. The Cutting Edge Journal. AAPA 2011Vol.1. 1: 20-22

 

 

 

Dimenstein IB: Gadgets for ‘Floaters’ prevention in the histopathology laboratory. The Journal of Histotechnology 2011; Vol. 34, 2: 88-90

 

 

 

Workshops materials at National Society for Histotechnology (NSH) conventions and regional meetings on grossing bones, biopsies, and small specimens (2005, 2007, 2008, 2009).

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Meet the Site’s Host

After working as a researcher (short time, PhD program on immunology), a clinical pathologist (some time), an anatomical pathologist (long time, around twenty years), and pathologists’ assistant (more than five years), I found my most productive niche as a grossing technologist at the Department of Pathology Loyola University Chicago Medical Center. Here I had an opportunity to summarize my pathology experience, formulate some principles of grossing technology, and propose some “inventions”, namely gadgets, which might be useful in practice.  Actually, most of my “revelations” may already existed, but either there was no information published about them  or they had been forgotten.

A fledgling sub-specialty emerges in the surgical pathology laboratory when grossing is assigned to laboratory workers, most often histotechnologists, who do not have systematic pathology education as well as the skills to perform this initial stage of processing, crucial to a pathologist’s diagnosis. Right or wrong, this is a fact of life. In my publications and workshops (Publications in the USA, see below), I have relentlessly promoted grossing technology as a sub-specialty that extends beyond specimen sampling techniques, but includes many aspects of the initial phase specimen processing before histotechnology begins per se.

New technologies have brought grossing technology, the initial stage of specimen processing, additional challenges from microdissection for molecular technology to standardization for Whole Slide Imaging (WSI) digital pathology. Adequate specimen preservation and appropriate orientation for optimal diagnostic results during sampling become especially important for modern and future anatomic pathology laboratories.  This is a still-uncharted territory of grossing technology that requires attention and development.

The website opens opportunities to express my own views without sensing a reviewer’s disapproving eye . My web home is my castle as the old British might have said if they had known the Internet.

My site is my home on World Wide Web (www). My home on the Internet is idimenstein@hotmail.com

Welcome!

Publications in the USA

Publications on grossing technology and beyond 

In Seth L. Haber’s column “Innovation in Pathology”: Handling bones and other calcified tissue – CAP TODAY September 2003; December 2003; March 2004.

Dimenstein IB: Baby Diaper Pad for Filtration Biopsies. The Journal of Histotechnology 2006; Vol 29, No. 3. P.204.

Dimenstein IB: Hard Pressed Cardboard for Bone Grossing Immobilization. AAPA Newsletter, 2007 Vol. XXXV No.4:25.

Dimenstein IB: Bone grossing techniques: helpful hints and procedures. Annals of Diagnostic Pathology 2008; 12:191-198.

Dimenstein IB: Root Cause Analysis of Specimen Misidentification in Surgical Pathology Accession and Grossing. LabMedicine 2008; 39: 497-502.

Dimenstein IB: Incision in a Foam Pad for Embedding Orientation. The Journal of Histotechnology 2008; 31: 141-142.

Dimenstein IB: Grossing biopsies: an introduction to general principles and techniques. Annals of Diagnostic Pathology2009; 13: 106-113.

Dimenstein IB: New Devices for Manual Embedding Orientation. The Journal of Histotechnology 2009; Vol. 32 (3): 123-125.

Dimenstein IB: A Pragmatic Approach to Formalin Safety in Anatomical Pathology. LabMedicine 2009 Vol. 40 (12):740-746.

Dimenstein IB:  “The Grossing Histotechnologist in Surgical Pathology” (Two installments) Advance for Administrators of the Laboratory online edition 2010 May 10th and 20th.

Dimenstein IB: Sectionable cassette for embedding automation in surgical pathology. Annals of Diagnostic Pathology 2010; 14:100-106.

Dimenstein IB: Specialized Stations for Grossing Biopsies. The Cutting Edge Journal. AAPA 2011Vol.1. 1: 20-22.

Dimenstein IB: Gadgets for ‘Floaters’ prevention in the histopathology laboratory. The Journal of Histotechnology 2011; Vol. 34, 2: 88-90.

Dimenstein IB: Decalcification in surgical pathology. The Cutting Edge Journal. AAPA 2012. Vol. 2. 3: 21-23.

Dimenstein IB: Third-hand Immobilization in Gross Sectioning of Pathology Specimens. HistoLogic, June, 2013, 8-10.

Dimenstein IB: The concept of adjustable immobilization to aid grossing and facilitate uniform biopsy slices. Technical Note. 2013; Journal of Histotechnology; Vol. 36, Number 3:106-109.

Dimenstein IB: Grossing Histotechnologist Training. Guest Editorial. Journal of Histotechnology. 2015, Vol. 38, No. 2, pages 33-38.

Dimenstein IB: The complete prostate needle biopsy submission during grossing and embedding. Journal of Histotechnology, 2016, Volume 39, Issue 3, pp. 76-80.

Dimenstein IB: Embedding automation methods: perspective and prospects. Annals of Diagnostic Pathology 2019; 42:12-17.

Dimenstein IB: Grossing Technology Today and Tomorrow. Laboratory Medicine, Volume 51, Issue 4, July 2020, Pages 337–344. https://doi.org/10.1093/labmed/lmz081

Dimenstein IB: The road from cytotoxins to immunohistochemistry. Journal of Histotechnology. Published online: 10 Sep 2020 Download citation https://doi.org/10.1080/01478885.2020.1804234

Dimenstein IB Hybrid Autopsy Virology Laboratory Experimental Platform. J Infect Dis Epidemiol (2020) 6:180. doi.org/10.23937/2474-3658/1510180.

Dimenstein IB. (2021) The Concept of a Compound Autopsy Experimental Laboratory for SARS-CoV-2 Aerosolization Studies. International Journal of Clinical and Experimental Medicine Research, 5(2), 161-165.                               DOI: http://dx.doi.org/10.26855/ijcemr.2021.04.010

Dimenstein I. B., Churilov L. P. Alexander A. Bogomolet’s’ and his followers’ cytotoxins studies legacy.                              Clinical Pathophysiology, 2021 Volume 27, Issue 4. 2021

Books

Clifford M. Chapman & Izak B. Dimenstein. Dermatopathology Laboratory Techniques. 2016. CreateSpace Publication. ISBN-13: 978-1535366878. Amazon.com.

Dimenstein Izak. Grossing Bones: Principle, Techniques, and Instruments. 2017. CreateSpace Publication. ISBN-13:978-1548490799. Amazon.com.

Dimenstein Izak. Grossing Technology. A Guide for Biopsies and Small Specimens. 2018. CreateSpace Publication ISBN-13:978-1725672314. Amazon.com.

Dimenstein Izak. Skin Grossing in Histology Laboratories. 2020. CreateSpace Publication ISBN-13:979-8627885810. Amazon.com.

Publications on CPT® coding

Letter to the Editor: “Billing, coding errors.” CAP TODAY October 2002 pp. 8, 11

Letter to the Editor:”Questionable Recommendations” on the article “Cutting Expenses in Anatomical Pathology”.  Advance for Medical Laboratory Professionals 2002 December 2. pp.  11, 19

Dimenstein IB: Preventing Unintentional Overcharge. Advance for Administrators of the Laboratory, August 2004, p.20

Dimenstein IB: CPT Coding for Soft Tissue Tumors. Advance for Administrators of the Laboratory. November 2005: 16-18

Dimenstein IB: Lymph Node Coding in Surgical Pathology. LabMedicine 2005; 36: 602-603

Letter to the Editor: “The Other Side of Compliance.” LabMedicine 2005; 36: 122

Dimenstein IB: CPT Coding for Mastectomy (A Case Study). LabMedicine 2006; Vol. 37(11): 654-656

Dimenstein IB: CPT Coding in Dermatopathology. LabMedicine2009; 40: 151-156

Dimenstein IB: Principles and Controversies in CPT Coding in Surgical Pathology. LabMedicine 2011; 42: 242-249 Author’s Response. LabMedicine 2011; 42: 376

Dimenstein IB: IHC coding changes. Letter to the Editor. CAP TODAY, 2014, February, Page 6.

Book

Dimenstein Izak B. Procedural Coding in Anatomic Pathology. 2018. CreateSpace Publication. ISBN-13: 978-1987700602. Amazon.com.

Publications on educationl laboratory website 

Dimenstein IB, Dimenstein SI: Development of a Laboratory Niche Website. Annals of Diagnostic Pathology, 17 (2013) 448-456.  http://dx.doi.org/10.1016/j.anndiagpath.2013.05.002

Dimenstein IB and Dimenstein SI: Poster abstract. The “Nested Doll” principle in the development of an educational laboratory niche website” NSH Symposium /Convention, Providence, September, Journal of Histotechnology, 2013, vol.36, No.4, page 147. American Journal of Clinical Pathology, Volume 140, Issue suppl_1, 1 September 2013, Pages A232, Published: 21 October 2015https://doi.org/10.1093/ajcp/140.suppl1.232

Dimenstein IB: Poster “Building a Laboratory Educational Niche Website” AAPA’s Educational Conference, New York, NY, September, 2014.

Dimenstein IB, Dimenstein SI: Laboratory educational websites as facilitators of information exchange. J Health Med Information; 2014; V5 Issue 3; Page 87.

Dimenstein IB: Laboratory Educational Authority Website Development. International Journal of Education and Information Technology Volume 2, Issue 2, April 2016, pages 8-13. http://www.aiscience.org/journal/allissues/7039

Dimenstein I: Laboratory Websites Portals as Pathology Educational Resources: The Concept of Combining Apples and Oranges with other Fruits. J Pathol Inform 2016, 7:33 Pathology Informatics Summit 2016.

Dimenstein I: The Portal Design of Educational Pathology Laboratory Websites. American Journal of Clinical Pathology, Volume 146, Issue suppl_1, 1 September 2016,130, https://doi.org/10.1093/ajcp/aqw150.004

Dimenstein IB: Technical Note: Experience of maintaining laboratory educational website’s sustainability. J Pathol Inform 2016, 7:37 (1 September 2016)DOI:10.4103/2153-3539.189702    www.jpathinformatics.org/article.asp?issn=2153-3539;year=2016;…