OPINION AND ORDER
Plaintiff Churchill Livingstone, Inc., sues defendants Williams & Wilkins and Thomas W. Sadler for copyright infringement. Plaintiff moves and defendants cross-move for summary judgment on the issue of substantial similarity. For the reasons stated below, defendants’ motion is granted and plaintiffs motion is denied.
I.
The following facts are drawn from the pleadings, affidavits and Local Rule 3(g) statements submitted with the parties’ motion papers and are construed in the light most favorable to the non-movant in each instance:
A. Human Embryology
Churchill Livingstone, Inc. is a book publisher, incorporated in the state of Delaware with its principal place of business in New York, New York. (Compl. ¶2) In 1993, Churchill published a medical textbook entitled Human Embryology written by Dr. Wil-liarn J. Larsen (“Larsen’s”). 1 Larsen assigned Larsen’s copyright to Churchill when it was registered in 1993. (Compl. ¶¶ 5-6) Larsen is a professor in the Department of Anatomy and Cell Biology at the University of Cincinnati, and a faculty member of the Developmental Biology Graduate Program at the University of Cincinnati College of Medicine. (3/29/96 Larsen Aff. ¶ 2-3)
Larsen began writing his book in 1988. Each of the chapters in the textbook contains three sections: descriptive medical embryology; clinical applications; and experimental principles. (Id. ¶ 12) Larsen describes the textbook as follows:
The textbook I envisioned, аnd ultimately wrote and designed, used a variety of different kinds of illustrations to assist students in learning and recalling information they were being taught. I paid special attention to avoiding gaps in the embryo’s developmental processes ...
(Id. ¶6) The illustrations Larsen used included three-dimensional, air-brushed drawings (“3-D drawings”), scanning electron mi-crographs (“SEMS”) and photographs. (Id. ¶ 18) Larsen claims that the 3-D drawings “showed the asymmetrical bilateral nature of embryological development” and presented sophisticated topics that had not previously been addressed in embryology textbooks. (Id. ¶ 19-20) According to Larsen, SEMS, which are high resolution photographs of anatomic surfaces, showed the “actual shape and appearance of the subject.” (Id. ¶ 24) Photographs illustrated developmental malformations. (Id. ¶ 27) Larsen included also tables to present various information, and new topics that had not previously been included in embryology texts. (Id. ¶ 29)
Larsen’s was published in 1993 and was “hailed as a major advancement in embryology textbooks.” (Id.. ¶ 30) Reviewers praised the illustrations and the inclusion of clinical material. Larsen’s won the 1993 Award of Excellence of the Association of Mediсal Illustrators. (Id. ¶¶ 31-32) In addition, according to plaintiff, Larsen’s was a great commercial success. (Id. f 33)
*1048 B. Medical Embryology
In 1995, Williams & Wilkins, a division of Waverly, Ine. and a book publisher incorporated in the state of Maryland, published the seventh edition of Langman’s Medical Embryology (“Langman’s 7th”). (Compl. ¶3) Dr. Thomas W. Sadler edited the volume, which he has edited since the fifth edition in 1985. (5/28/96 Sadler Aff. ¶ 2-4). Sadler has been a professor of embryology since 1976 and now teaches at the University of North Carolina at Chapel Hill. (Id. ¶ 9) Sadler has considerable expertise in teratology, the study of birth defects and congenital malformations. Since 1992 he has been the Director of the Birth Defects Center at the University of North Carolina and since 1993 the editor of the Teratology Journal of Abnormal Development. (Id. ¶ 10)
According to Sadler, Langman’s 7th is concise and confines the study of embryology to “what students neéd to know in terms of what is taught in the classroom and what is covered by the national exams.” - (Id. ¶ 27) Sadler claims that Langman’s always has been well illustrated and every edition has included ample drawings and photos. Sadler claims also that Langman’s always has included 3-D drawings, and that in 1985 Sadler added SEMS to the fifth edition to complement drawings already in the book. (Id. ¶ 29) Langman’s 7th competes with Larsen’s in the medical school textbook market. (PL 3(g) ¶ 10)
C. Plaintiff’s Claims
Plaintiff claims that in revising Langman’s 7th, defendants copied plaintiffs selection and arrangement of illustrations, tables and topics. Plaintiff claims defendants copied Larsen’s: 1) in the selection of which embryological topics to illustrate with 3-D drawings, SEMS and photographs; 2) in the selection of what topics to present in tabular form; and 3) in the choice of which new topics to add to Langman’s 7th. (PL Reply Mem. at 5) Plaintiff does not claim literal infringement — i.e., plaintiff does not claim that any particular illustration or text in Larsen’s was copied directly in Langman’s 7th. (Id. at 16)
To support its copyright infringement claim, plaintiff makes six distinct factual claims relating to defendants’ book. First, plaintiff claims that 40 of the 46 new 3-D drawings added to Langman’s 7th illustrate the same subjects illustrated by 3-D drawings in Larsen’s. (3/29/96 Larsen Aff. ¶ 38) Second, plaintiff claims that 36 of the 65 new SEMS added to Langman’s 7th illustrate topics illustrated with SEMS in Larsen’s. (3/29/96 Larsen Aff. ¶39) 2 Third, plaintiff claims that 14 of the 39 new photographs added to Langman’s 7th illustrate topics illustrated with photographs in Larsen’s. (3/29/96 Larsen Aff. ¶39) Fourth, plaintiff claims that the three new tables added to Langman’s 7th — treating lung development, cranial nerves and neural crest cells — are the subjects of similar tables in Larsen’s. (Id. ¶ 41) Fifth, plaintiff claims that two-thirds— 33 — of the new topics added to Langman’s 7th were topics addressed in Larsen’s. (Id. ¶42; Ex. 7) Sixth, plaintiff claims that Langman’s 7th was revised to resemble Larsen’s in that clinical material was added to Langman’s 7th and set apart in chapter sections called “Clinical Correlates” which copied Larsen’s use of separate clinical applications sections. (Id. ¶40) Finally, plaintiff claims that defendants copied not only plaintiff’s method of illustrating specific facts, but also its “strategy” for illustrating difficult embryological concepts with series of drawings. 3 (Id. ¶ 43)
*1049 Defendants admit that they reviewed Larsen’s prior to revising Langman’s 7th. Defendants claim that any author of a medical textbook, “out of concern for the professional and scientific integrity” of the book, must consider other medical textbooks: (5/28/96 Sadler Aff. ¶ 35) However, defendants claim that they copied nothing from Larsen’s, that all editorial decisions, including “what to illustrate, how to illustrate it, and where to place it,” were made independent of Larsen’s. (Id. ¶ 35)
Dеfendants explain each of the additions to Langman’s 7th. First, defendants claim that the addition of 3-D drawings stemmed from Sadler’s access to his sister’s, Susan Sadler-Redmond’s, computer generated art, and that most of the 3-D art added to Langman’s 7th is merely stylized drawings of two-dimensional art which appeared in Langman’s 6th and which relate to fundamental concepts and stages of embryological development. (Id. ¶¶ 67, 72, 77, 79) Second, defendants claim that the increased iise of SEMS was planned before Larsen’s was published, in part because Sadler had access to a collection of SEMS owned by his colleague and co-teacher of embryology, Dr. Kathleen Sulik. (Id. ¶ 48) Third, defendants claim that the photographs selected for inclusion in Lang-man’s 7th relate to common abnormalities or birth defects, or fundamental embryological concepts or phenomena, which are routinely taught in medical school with the use of photographs. (Id. ¶¶ 105-107) Fourth, defendants claim that the use of tables in medical textbooks is a convention and that in selecting and arranging their tables defendants did not copy Larsen’s. (Id. ¶ 118) Fifth, defendants сlaim that the new topics added to Langman’s 7th were either found in Langman’s 6th or in other embryology textbooks, or were subjects that had received increased emphasis or attention in the field and warranted inclusion in Langman’s 7th. (Id. ¶¶ 142-144) Finally, defendants argue that the clinical correlates section is different from the clinical applications section in Larsen’s because it is set off in pink and included within the chapter, rather than appearing at the end. (Id. ¶ 164)
Defendants have submitted an enormous and extensive filtration and comparison book, comprising seven volumes, which compares the allegedly infringing drawings, SEMS, photographs and topics from Langman’s 7th with other embryology textbooks including Larsen’s. Defendants’ filtration book establishes essentially that 3-D drawings, SEMS and photographs have been used to illustrate embryology textbooks prior to Larsen’s, and that Larsen’s was not the first to illustrate certain subjects.
Plaintiff filed suit on October 10,1995. As noted, the parties cross-move for summary judgment on substantial similarity.
II. ■
To prove copyright infringement, a plaintiff must prove ownership of a valid copyright and defendant’s infringement by unauthorized copying.
Laureyssens v. Idea Group, Inc.,
Although substantial similarity is often a fact issue for jury resolution, a court may “determine non-infringement as a matter of law on a motion for summary judgment, either because the similarity between two works concerns only non-copyrightable elements of plaintiffs work or because no reasonable jury, properly instructed could find the two works are substantially similar.”
Warner Bros. Inc. v. American Broadcasting Cos.,
The determination of substantial similarity is necessarily fact intensive and requires a detailed examination of both works.
Williams v. Crichton,
To evaluate claims of nonliteral infringement of a computer program, the Second Circuit in
Computer Assocs. Int’l., Inc. v. Altai, Inc.,
A. Unprotected Elements
1. Facts are not copyrightable.
In
Feist Pubs., Inc. v. Rural Telephone Serv. Co.,
(1) the author’s original narration and expression of facts, ideas, theories, and research; and (2) the author’s original selection, coordination, and arrangement of material.
*1051 William F. Patry, Copyright Law and Practice 185-57 (1994).
Accordingly, the facts underlying the science of embryology — the nature of an embryo’s development and growth, and the scientific principles defining normal and abnormal embryological processes — are not copyrightable. In addition, certain topics of embryology — individual phenomena, phases or processes — are not themselves copyrightable. One could not prevent others from discussing the effects of cocaine on embryo growth, for examрle, or the topic of genomic printing. What is copyrightable and protective in a medical textbook is the unique narration of facts, and what may be copyrightable is the selection and arrangement of facts or topics.
2. Ideas are not copyrightable.
Another fundamental copyright principle is that an idea is not copyrightable; only the expression of that idea is copyrightable.
See, e.g., Kregos v. Associated Press,
The Kregos Court then reaffirmed the principle that ideas are not copyrightable, and examined the applicability of the merger doctrine. That doctrine holds that “where there is only one or so few ways of expressing an idea that protection of the expression would effectively accord protection to the idea itself,” then the expression of the idea is unprotected as well. Id. The Court noted the risk in applying the merger doctrine to selections of factual compilations: “[I]f the merger doctrine is applied too readily, arguably alternative forms of expression will be precluded; if applied too sparingly, protection will be accorded to ideas.” ■ Id.
The key to applying the merger doctrine to factual information lies in correctly stating the idea at issue. The Kregos Court noted that at one level, “every compiler of facts has the idea that his particular selection of facts is useful,” but that if the idea is identified at such a low level of abstraction, then the merger doctrine would always apply: the idea would always merge into its expression. Id. at 706. The Court then characterized the plaintiffs idea as the publishing of “outcome predictive pitching forms.” Id. Because the nine statistics the plaintiff chose to include in his form were not the only “sensible ones” and there was “a sufficient number of ways of expressing the idea of rating pitchers’ performances,” the Court held that the merger doctrine did not apply. Id. The plaintiffs choice of which statistics to include in his form, which was the original expression of the idea, was protectible.
Thus,' when making the idea/expression distinction and applying the merger doctrine, a court must: 1) define the plaintiffs idea; and 2) determine whether there are enough ways to express that idea, such that the merger doctrine does not apply. Here, arguably, plaintiffs idea was to expand the use of 3-D drawings, SEMS, clinical photographs and tables to describe embryological processes or stages of development. Plaintiffs arguably unique expression of. that idea is the choice of which processes or stages of development to so illustrate. Given the large number of topics in the field of embryology, there are enough ways to express the idea of using such illustrations so that the merger doctrine may not apply to the result of all the choices plaintiff made in deciding which processes to illustrate with which kinds of graphics — 3-D drawing, SEM, photograph or table.
The merger doctrine may apply, however, to illustrating a particular process with a particular type of graphic. Copyright does *1052 not protect the mere individual choice of a common type of illustration — such as a 3-D drawing or a SEM. Barring any copyright or patent in the technique itself, the choice of a type of illustration is not copyrightable. Thus, the decision- to illustrate heart formation with a 3-D drawing is not copyrightable. In the absence of direct copying, the idea of illustrating heart formation with a 3-D drawing merges into the expression. Indeed, if the use of 3-D drawings and SEMS for any particular process or stage of an embryo’s development were copyrightable, then the first person to use a 3-D drawing to illustrate heart folding would be able to foreclose the use of 3-D drawings on that topic in future medical textbooks. Rather, what may be the original expression and the protectible elеment in plaintiffs idea — to expand the use of certain types of illustrations — is the selection and arrangement of the processes or stages which plaintiff chose to illustrate with particular types of illustrations — the net result of all of plaintiffs choices taken together. Here, in fact, plaintiff does not claim any right to the kinds or techniques of illustration, but claims the “personal choice of which elements to illustrate using these techniques.”. (PI. Reply Mem. at 50)
3. Stock elements are not copyrightable.
Another fundamental principle of copyright law is that scenes-á-faire — “incidents, characters or settings which are as a practical matter indispensable, or at least standard, in the treatment of a given topic” — are unprotected.
Hoehling v. The Universal City Studios, Inc.,
Thus, facts alone, ideas, particular illustrative techniques, and stock elements are not copyrightable and are unprotected elements of plaintiffs book. Also, particular embryological topics, standing alone, are not copyrightable. Thus examining these works for substantial similarity, I must filter out the facts, the use of particular types of illustration and the stock elements necessarily incident to an embryology textbook. In the absence of a claim of direct copying of plaintiffs unique expression, what I have assumed may be protectible in plaintiffs work is plaintiffs selection and arrangement of the facts and topics of embryology, and plaintiffs selection and arrangement of which processes to illustrate with particular types of illustrations. To find infringement, defendants’ selection and arrangement must be substantially similar to plaintiffs.
I am not convinced that the mere choice of topics to illustrate in an embryology textbook is itself protected. An embryology textbook is designed to teach embryology through a range of methods, , including text and illustrations of various kinds. To single out from thе over-all selection and arrangement of the book the topics chosen for illustration as a separate protectible element seems to me dubious. This is unlike ordinary factual compilations, where courts have protected the organizing principle of the entire work.
See Key Pubs., Inc. v. Chinatown Today Pub. Ent., Inc.,
III.
Works are considered substantially similar if “the ordinary observer, unless he set out to detect the disparities, would be disposed to overlook them, and regard [the] aesthetic appeal [of the two works] as the same.”
*1053
Arica Inst., Inc. v. Palmer,
In
Altai,
the Second Circuit lеft open the possibility that the ordinary observer test may not always apply in determining substantial similarity.
Altai,
Here, plaintiff argues that expert evidence rather than the lay observer test should be used to determine substantial similarity. However, although the works at issue are medical textbooks, and contain discussions of complicated medical phenomena, plaintiff, as noted, does not allege literal infringement. Rather, plaintiff claims that defendants have copied Larsen’s choice of which processes to illustrate in particular ways, and the choice of topics to include. To determine whether there is a substantial similarity between plaintiffs and defendants’ choice of topics and processes to illustrate with particular illustrative techniques does not requirе expert evidence. Rather, this determination can be made using the lay observer test.
Finally, to determine substantiality of any portion found arguably to have been copied, a court must determine the copied “portion’s relative importance with respect to the plaintiffs” over-all work.
Altai,
Although the selection and arrangement of defendants’ book — the selection of topics to illustrate in particular ways or to discuss at all — is similar to the selection and arrangement of plaintiffs book, that similarity is not substantial in relation to plaintiffs book’s over-all selection and arrangement. First, defendants’ choice of which processes to illustrate with 3-D drawings, SEMS, and photographs is not substantially similar to plaintiffs choice of which processes to so illustrate. Second, the addition of new topics to Langman’s 7th does not render that book’s topics, substantially similar to the over-all selection and arrangement of all of the topics in Larsen’s. Third, defendants’ choice of which topics to illustrate with tables is not substantially similar to plaintiffs over-all choice of which topics to illustrate with tables. Finally, the arrangement of the clinical correlates section in Langman’s 7th is not similar to the arrangement of the clinical applications section in Larsen’s.
A Choice of Embryological Processes to Illustrate with 3-D Drawings, SEMS and Photographs
As noted, plaintiff argues that defendants cоpied Larsen’s choice of which embryological phenomena to illustrate with 3-D drawings, SEMS, and photographs. According to plaintiff, the “actual issue” is Dr. Larsen’s over-all selection. Plaintiff claims that Larsen did not illustrate “everything” with the illustrative techniques at issue but “made a *1054 personal judgment about what to use with which.” (PI. Reply Mem. at 56)
Defendants argue that plaintiffs selection of which phenomena to illustrate in particular ways is protectible only if it “spring[s] from, an original organizing principle or structural idea.” (Def.Mem. at 39) Defendants rely on
Key Pubs., Inc. v. Chinatown Today Pub. Ent., Inc.,
In
Lipton v. Nature Co.,
Here, plaintiff claims that he used his judgment to decide which phenomena to illustrate with 3-D drawings, SEMS or photographs. Defendant offers no evidence that plaintiff did not use his aesthetic or scholarly judgment. Given the amount of material which could be illustrated in a medical embryology textbook, it is reasonable to conclude that plaintiffs selection and arrangement of illustrations is creative and therefore original. Thus, plaintiffs selection and arrangement of which processes to illustrate in a particular manner is entitled to copyright protection without a precise recitation of plaintiffs organizing principle.
See Key Pubs.,
Plaintiff cites illustrations in Langman’s 7th which plaintiff claims are similar to illustrations in Larsen’s and which show the same processes or topics. However, the similarity in selection and arrangement between the processes defendants illustrate with a 3-D drawing, a SEM or a photograph and the processes plaintiff illustrates with the same technique is not substantial. I have examined Larsen’s closely. I have сharted every use of a 3-D drawing, SEM or photograph, whether or not an allegedly similar one was used in Langman’s. Although the 90 illustrations in Langman’s 7th which plaintiff claims are similar to corresponding illustrations in plaintiffs work are indeed apparently similar and depict similar phenomena, there are at least 244 3-D drawings, SEMS, or photographs in Larsen’s which do not have a counterpart in Langman’s 7th. (See at- *1055 taehed Appendix 1) Thus, taking plaintiffs allegations to be true, 90 illustrations in defendants’ book are similar to only 70 out of a total of 314 illustrations in Larsen’s. 6 This amount of alleged copying is not enough to make the two works substantially similar.
However, even this view of the evidence is insufficient to resolve fully the key issue— which is whether defendants copied plaintiffs selection and arrangement of which topics or processes to illustrate with each particular technique. Plaintiff has not argued literal copying; thus, the number of similar illustrations is not the measure of infringement. The focus of inquiry should not be simply the number of allegedly copied illustrations, but the degree of similarity between the books in the choice of phenomena to so illustrate. Thе issue is how many topics, processes or phenomena plaintiff illustrated with each particular technique and how many of the same topics defendant illustrated in the same way, and whether the ordinary observer would find that defendants copied plaintiffs selection and arrangement of illustrations. Accordingly, plaintiffs claim that defendant copied its strategy of illustrating complex processes, such as formation and folding of the heart tube and the development of the membranous ventricular septum, with a series of illustrations is included within the following count. No matter how many drawings were used by plaintiff and defendants to illustrate those processes, they are merely two topics illustrated in similar ways. Again, the issue at this point is not the number of illustrations used, but the number topics similarly illustrated.
Larsen’s illustrates a total of 81 topics with the 3-D drawings, defendants illustrate eight of the same topics with allegedly similar 3-D drawings. Larsen’s illustrates 61 topics with SEMS; defendants illustrate 20 of the same topics with allegedly similar SEMS. Larsen’s illustrates 50 topics with photographs; defendants illustrate 11 of the same topics with allegedly similar photographs. 7 (See attached Appendix 1)' No reasonable jury could find, after being properly instructed, that there is a substantial similarity in the selection and arrangement of the illustrations in plaintiffs and defendants’ books.'
It is true that “no plagiarist can excuse the wrong by showing how much of his work he did not pirate,”
Sheldon v. Metro-Goldwyn Pictures Corp.,
Finally, the textbook cases on which plaintiff relies are not controlling and have been at least implicitly repudiated. First, each of the cases involved allegations of direct copying; second, each seemed to rely on the now rejected “sweat-of-the-brow” doctrine.
In
Colonial Book Co. v. Amsco School Pubs.,
That both cases involved direct copying, coupled with the above statement, leads me to believe that the courts were relying on a “sweat-of-the-brow” theory of copyright protection which is no longer valid. That theory maintains that copyright protection is a reward for the hard work that goes into the compilation of facts. The Supreme Court has explicitly repudiated that theory. ‘Without a doubt, the ‘sweat of the brow' doctrine flouted basic copyright principles.”
Feist,
In
Nikanov v. Simon & Schuster,
Finally, in
Meredith Corp. v. Harper & Row, Publishers, Inc.,
Plaintiff claims that the textbook cases stand for the proposition that “substantial copying of a protectible part of plaintiffs textbook is infringement, and that non-literal elements, such as underlying structure or design of a work are protectible.” (PI. Reply Mem. at 23) Plaintiff is correct, and I have assumed that the selection and arrangement of рlaintiffs textbook is protectible. However, those Courts found infringement based even on a small amount of copying because the copying was direct, and they relied on a now-rejected theory. Here, I have found that defendants’ book does not include a substantial part of plaintiffs selection and arrangement of material in light of current ease law.
B. Topics
Plaintiff claims also that two-thirds of the new topics added to Langman’s 7th were topics that had been addressed in Larsen’s but not in Langman’s 6th. Again, plaintiff does not claim direct copying. Rather, plaintiff claims that defendants’ choice of which topics to add to its revised edition was based on the presence of the same topics in Larsen’s. (3/29/96 Larsen Aff. ¶42, Ex. 7) Plaintiff states that its claim “is only that *1057 defendants may not select the topics to be included ... by copying [plaintiffs] selection of topics.”
Topics — such as infertility, the effects of maternal cocaine use on embryological development, or genomic printing — are not copyrightable. Topics such as the ones plaintiff alleges defendants copied are themselves mediсal facts or phenomena. Because facts alone are not copyrightable, there is no copyright protection in the particular topics presented in a medical embryology textbook.
See Feist,
In the absence of direct copying of the unique expression of a topic, the only copyrightable aspect of embryological topics is a unique selection and arrangement. Accordingly, any alleged similarity between plaintiffs book and the ,33 topics added to defendants’ book must be based on plaintiffs selection and arrangement of topics generally.
Plaintiff alleges that 33 new topics added to Langman’s 7th came from Larsen’s. 8 Considering the vast number of topics discussed in Larsen’s, which is a comprehensive medical textbook, I find that no reasonable jury could conclude that the addition of 33 new topics to Langman’s 7th generates a substantial similarity between the selection and arrangement of topics in that book and the selection and arrangement of the hundreds of topics in Larsen’s.
C. Tables
Plaintiff argues next that defendants added three new tables to Langman’s 7th, and that those tables covered topics illustrated with tables in Larsen’s. The topics covered in tabular form were lung development, cranial nerves, and neural crest cells. (3/29/96 Larsen Aff. ¶41) Defendant argues that defendants copied the tables from Larsen’s, but does not allege literal infringement. Rather, plaintiff alleges that defendants copied its choice of topics to illustrate with tables.
The idea of using a table to illustrate a particular topic implicates the merger doctrine. Because the scientific terms used to describe stages of embryological development, and because the time corresponding to stages of development are both fixed (5/28/96 Sadler Aff. ¶ 121-22), tables depicting the same embryological topics will invariably be similar. Indeed, the terms used in the science of embryology are analogous to stock phrases or scenes-a-faire, and are not copyrightable. Thus, the idea of depicting lung development, for example, in tabular form merges with its expression. In my view, because there are so few ways to list the scientific terms that describe the development of the human lung, and because these terms are like scenes-a-faire and not copyrightable, the merger doctrine applies. Thus, even if plaintiff argued that the three tables at issue literally infringed the corresponding tables in Larsen’s, I would find the tables not copyrightable.
However, the expression of the more general idea of using tables to depict information in a readily accessible way may be copyrightable. Thus, plaintiffs over-all selection and arrangement of which topics to present in tabular form — like his selection and arrangement of 3-D drawings, SEMS and photographs — may be protective. The question becomes whether inclusion of the three tables makes the tabular roster of Langman’s 7th substantially similar to plaintiffs over-all selection and arrangement of tables.
I have examined Larsen’s in detail and found a total of 11 tables. (See attached Appendix 2) I find that no reasonablе jury, properly instructed, could find that defen *1058 dants’ selection and arrangement of three tables is substantially similar to plaintiffs over-all selection and arrangement of 11 tables.
D. Clinical Correlates
Plaintiffs final claim is that Langman’s 7th was revised to resemble Larsen’s in that clinical material was added and set apart in chapter sections called “Clinical Correlates” which copied Larsen’s use of a separate clinical applications section for each chapter. Set off from the main discussion in Larsen’s is a clinical applications and experimental principles section. The clinical applications sections are from 2-3 pages to 8 pages in length. Langman’s 7th includes a clinical correlates section within the main discussion in each chapter. These sections are short, usually a page or less, and are set off from the rest of the text by a pink background.
The inclusion of clinical topics in an embryology textbook is not new. (5/28/96 Sad-ler Aff. ¶ 148) Plaintiffs arguably original idea was to set clinical information apart from the rest of the chapter. As noted, ideas are not copyrightable. Also as noted, the topics and facts included within plaintiffs clinical applications sections are not copyrightable. Plaintiff does not allege any direct copying of the clinical applications sections in Larsen’s, and offers no evidence that defendants copied any part of the original expression in its clinical applications sections. I assume, therefore, that plaintiff alleges defendants copied its design, layout or arrangement of the clinical .applications section. However, after examining the sections, I find that no reasonable jury could conclude that defendants copied anything from plaintiffs clinical sections — other than the idea of setting clinical information apart, which is not copyrightable.
In sum, factoring out all unprotected elements from plaintiffs book, I find that no reasonable jury, properly instructed, could find substantial similarity between plaintiffs book and defendants’.
******
For the reasons stated above, plaintiffs motion for summary judgment on the issue of substantial similarity is denied. Defendants’ cross-motion is granted, and the complaint is dismissed.
SO ORDERED.
Appendix 1
Illustrаtions and Topics From Larsen’s With Corresponding Illustrations in Langman’s 7th*
3-D Drawings in Larsen’s Topic Illustrated with 3-D Drawing in Larsen’s Alleged Infringing Drawing in Langman’s 7th and Topic
3-D Fig. 1-1B Primordial germ cells producing formation of genital ridges. None
3-D Fig. 1-1A Spermatogenesis. None
3-D Fig. 1-10A Sperm penetration of cumulus mass. None
3-D Fig. 2-1 Beginning of implantation in uterus. None
3-D Fig. 2-2 Appearance of amniotic cavity' at 8 days. None
3-D Fig. 2-3 9 day embryo completely implanted with amniotic cavity expanding. None
3-D(3) Figs. 2-4A-C Formation of the extraembryonic meso-derm. None
3 — D(3) Figs 2-5A-C Formation of secondary yolk sac. None
*1059 3-D Drawings in Larsen’s Alleged Infringing Drawing in Topic Illustrated with 3-D Langman’s 7th and Drawing in Larsen’s Topic
3-D Fig. 2-6 End of second week definitive yolk sac None loses contact with primary yolk sac.
3-D Fig. 3-1 View of dorsal surface of bilaminer Fig. 4^1A Schematic view of germ disc. an implantation site at end of second week.
3-D(2) Fig. 3-2A-B Gastrulation of germ discs. Fig. 4-2B Cross section through cranial region of streak at 15 days showing in-vagination of epiblast cells.
3-D Fig. 3-3 Paths of migration of ingressing meso- None derm.
3-D(3) Fig. 3-6A-C Formation of the notochordal process None and prechordal plate mesoderm.
3-D(3) Fig. 3-7A-C Process by which hollow notochordal None process transformed into solid noto-chord.
3-D(3) Fig. 3-8A-C 17-day embryo showing differentiation None of the mesoderm.
3-D Fig. 3-10 Somitomeres and somites. None
3-D Fig. 4-1 Initial subdivision of the somitic meso- 1) 5.9A-D Development of derm. mesodermal germ layer.
2) 5.16 A-C Effect of lateral folding on the endoderm-lined cavity.
3) 5.15 A-D Cephalocaudal folding and its effect on en-doderm-lined cavity
4) 5.12A-B transverse section of 21 day embryo in region of mesonephros
5) 11.2A-C intraembryonic coelom
6) 12.3A-C Formation of single heart tube from paired primordia
7) 14.2A-C Same as Fig. 11.2
3-D Fig. 4-6 Fate of the dermamyotome. Plaintiff argues Fig. 5.9A-D, although not obviously apparent.
3-D Fig. 4-9 Folding of lateral edges of neural folds. None
3-D Fig. 5-2 Ventral roots and formation of dorsal None root ganglia.
3-D Fig. 5-4A Association neurons in dorsal column None and neuronal cell bodies and neurofila-ments.
3-D Fig. 5-5 Organization of spinal nerves and asso- None dated chain ganglia.
3-D(3) Fig. 6-1A-C Cephalocaudal and lateral folding that 1) 14.1A-D Cephalocaudal transforms embryo to three-dimension- and lateral flexion a! vertebrate form.
*1060 3-D Drawings in Larsen’s Topic Illustrated with 3-D Drawing in Larsen’s Alleged Infringing Drawing in Langman’s 7th and Topic
2) 12.2A-D Drawings to show rapid growth of brain vesicles on the pericardial cavity and developing heart tube
3) 5-15A-D Cephalocaudal folding. Exact copy of 14.1A-D
3-D Fig. 6-9 Development of the lung buds. None
3-D Fig. 6-10 Maturation of lung tissue. None
3-D Fig. 7-3D Formation of embryonic vessels. None
3-D Fig. 7-6 Early heart chambers. None
3-D Fig. 7-7Á Differentiation of the heart wall. None
3-D Fig. 7-8 Formation of transverse and oblique coronary sinuses. None
3-D(3) Fig. 7-9 Folding of the heart tube. None
3-D(3) Fig. 7-17A-C Realignment of the heart. None
3-D(4) Fig. 7-20A-D Septation of the cardiac outflow and final septation of the ventricles. 3-D(3) 12.22 A-C Development of conotruncal ridges and closure of interventricu-lar foramen.
3-D Fig. 8-2 Schematic view of the bronchial arch system of a shark. None
3-D(3) Fig. 8-3A-C Development of the aortic arch system. None
3-D(2) Fig. 8-5A-B Development of ventral aortic branches. 14.22 Embryo — 6th week showing blood supply to gut.
3-D(3) Fig. 8-6A-C Development of the lateral branches of abdominal aorta. None
3-D Fig. 8-8 Development of arterial supply to body wall. None
3-D(4) Fig. 8-11A-D Fate of the vitelline and umbilical veins. None
3-D(5) Fig. 8-12A-E Development of the systemic venous system from the four bilaterally symmetrical cardinal vein systems. None
3-D(4) Fig. 8-14A-D Development of the lymphatic system. None
3-D(2) Fig. 8-16A-B Conversion of circulation from fetal to air breathing pattern. None
3-D Fig. 9-2 Structure of the gut tube. None
3-D(5) Fig. 9-3A-D, 9-4 Rotations of the stomach. None
3-D(3) Fig. 9-6 Development of the greater omentum and lesser sac. None
3-D Fig. 9-6 Development of the digestive glands. None
*1061 3-D Drawings in Larsen’s Topic Illustrated with 3-D Drawing in Larsen’s Alleged Infringing Drawing in Langman’s 7th and Topic
3-D Fig. 9-7 Ventral pancreas. None
3-D Fig. 9-8 Formation of the liver and associated None membranes.
3-D(5) Fig. 9-9A-E Herniation and rotation of the intestine. 3 — D(2) 14.25D-E Intestinal loops.
3-D Fig. 9-10 Mechanism by which portions of gut None tube become secondarily retroperito-neal.
3-D Fig. 9-11 Intraperitoneal, retroperitoneal organs None of abdominal gastrointestinal tract.
3-D Fig. 9-13 Lower third of anorectal canal. None
3-D Fig. 9-14 Formation of definitive gut lumen. None
3-D Fig. 10-1 Paired, segmentally organized nephro- None tomes from cervical to sacral region.
3-D(4) Fig. 10-2A-D Development of cervical nephrotomes None and mesonephros.
3-D Fig. 10-7 Definitive renal architecture of meta- None nephros.
3-D Fig. 10-8A-D Normal and abnormal ascent of the None kidneys.
3-D Fig. 10-9 Development of the primitive urogeni- None tal sinus.
3-D(3) Fig. 10-11A-C Formation of the genital ridges. None
3-D(3) Fig. 10-17A-C Formation of the uterus and vagina. None
3-D(3) Fig. 10-19A-C Descent of the testes. None
3-D Fig. 10-21 Three extruded layers of abdominal None wall.
3-D (4) Fig. 12-1A-D Evolutionary origin of human skull None from primitive vertebrates.
3-D Fig. 12-2 Derivation of base of skull. None
3-D Fig. 12-3 Unfused structures of cranium postna- None tal.
3-D(2) Fig. 12-6 Fate of pharyngeal arch arteries. None
3-D Fig. 12-7 Fate of pharyngeal arch musculature. None
3-D Fig. 12-17 Development of pharyngeal pouch de- None rivatives.
3-D(3) Fig. 12-13A-C Fate of pharyngeal clefts. None
3-D(3) Fig. 12-19B,C,E Formation of the optic vesicle and optic None cup.
3-D Fig. 12-22A Vascularization of the lens and retina. None
*1062 3-D Drawings in Larsen’s Topic Illustrated with 3-D Drawing in Larsen’s Alleged Infringing Drawing in Langman’s 7th and Topic
3-D Pig. 12-25C Formation of otic vesicle. None
3-D(4) Fig. 13-1A-D Early development of the brain. None
3-D Fig. 13-2 Early differentiation of the rhombence-phalon. None
3-D Fig. 13-5C Definitive arrangement of cranial nerves. None
3-D(6) Fig. 13-7A-F Development of the cerebellum and choroid plexus of the fourth ventricle. None
3-D(3) Fig. 13-9A-C Development of mesencephalon. None
3-D(3) Fig. 13-11A-C Development of diencephalon. None
3-D Fig. 13-12B Development of cerebral hemispheres and lateral ventricles. None
3-D Fig. 13-15 Cerebral ventricles. None
3-D(2) Fig. 13-18A-B Formation of commissures. None
3-D Fig. 144 Definitive organization of dermis and epidermis. None
Total 3-D drawings in Larsen’s — 159
Total corresponding 3-D drawings in Langman’s 7th — 31
Topics in Larsen’s illustrated with 3-D drawings — 81
Topics in Langman’s 7th with corresponding 3-D drawings — 8
SEMS in Larsen’s Topic Illustrated with SEMS in Lаrsen’s Alleged Infringing SEMS in Langman’s 17th and Topic
SEM Fig. 1-6B Responding Preovulatory follicle. None
SEMS(2) Fig. 1-7A/B Zona pellucida after removal of the cumulus cells and oocyte surface and cumulus oophorus with zona pellucida digested away. None
SEM Fig. 1-8B Preovulatory oocyte at the first meiotie metaphase. None
SEM Fig. 1-10B Human sperm fusing with hamster oo-cyte. Fig. 2-5A Sperm binding to zona pellucida.
SEM Fig. 3-4 Ectodermal surface of a trilaminer germ disc. None
SEM Fig. 3-9A Somitomere. None
SEM Fig. 3-11 Somitomere formation. None
SEM Fig. 3-12 Somite and intermediate mesoderm. None
SEM Fig. 3-14 20-day embryo showing neural plate and major subdivisions of brain. Fig. 5.2C Mouse embryo showing neural groove stage.
*1063 SEMS in Larsen’s Alleged Infringing Topic Illustrated with SEMS in SEMS in Langman’s Larsen’s ' 17th and Topic
SEM Fig. 4-7 Anlage of central nervous system — the None neural tube.
SEMS(5) Fig. 4-8A-E Neurulation. Fig. 4.3F showing notochord in close proximity to the neural tube alleged to copy 4-8E.
SEM Fig. 4-10 Open cranial and caudal neuropores on None a 22-23 day human embryo. '
SEMS(2) Fig. 4-13A-B Cranioeaudal release of neural crest cells and migrating neural crest cells on surface of somite. 5.3F migrating neural crest cells moving down neural tube to somites.
SEM 4-16B Cytodifferentiation of the neural tube. 20.6B Dividing cells in a neural tube.
SEM Fig. 6-1. Axonal growth cone. None
SEM Fig. 6-3 Immunoeytochemical preparation show- None ing the pattern of outgrowth of ventral root axons.
SEM Fig. 5-4B Association neurons in dorsal column None and neuronal cell bodies and neurofila-ments.
SEMS(2) Fig. 6-2A-B 4-week and 5-Week old embryo just None after folding.
SEMS(2) Fig. 7-1B-C Formation of lateral endocardial tubes. None
SEM Fig. 7-2C Cephalocaudal and lateral folding at the None end of the third week.
SEMS(3) Fig. 7-3A-C Formation of embryonic vessels. None
SEMS(3) Fig. 7-4 Cephalic flexion translocates developing 1) 12.1D Coalescence of the endocardial tubes from neural plates to angiogenic cells into horse-thoradc region. shoe-shaped heart tube in the primitive pericardial cavity under the cranial neural folds.
2) 12.4A-B Formation of heart tube on days 19, 20, 21, 22.
SEM Fig. 7-7B Differentiation of the heart wall. None
SEMS(2) Fig. 7-9 Folding of the heart tube. 1) 12.4C- (SEM) Fusion’ of the caudal regions
2) 12.4D (SEM) Fusion of caudal regions
3) 12.6D (SEM) formation of cardiac loop
4) 12.6E (SEM) formation of cardiac loop
6) 12.7C (SEM) heart of approx. 28 day embryo.
SEMS(2) Fig. 7-14B-C Initial septation of the atria. 1) 12.11B
2) 12.11D — development of venous valves.
SEM Fig. 7-16 Development of the ostium secundum. None
SEMS(2) Fig. 7-21A,C Formation of semilunar valves. None
*1064 SEMS in Larsen’s Topic Illustrated with SEMS in Larsen’s Alleged Infringing SEMS in Langman’s 17th and Topic
SEMS(4) Fig. 8-1 Sampling of methods used to study embryonic blood vessels. None
SEMS(2) Fig. 8-4A-B Views of the aortic arch system. None
SEM Fig. 8-7 Intersegmental arteries. None
SEM Fig. 8-13 Cast of embryonic aorta showing the coronary arteries sprouting from aortic sinuses. None
SEM Fig. 7-25 Ventricular septal defect. None
SEM Fig. 10-3 Growing mesonephric duct adjacent to somites. None
SEM Fig. 10-12 Relationship between genital ridges and mesonephroi. None
SEMS(4) Fig. 11-1A-D Development of limb buds. None
SEM Fig. 11-4B Appearance of tactile pads at 8 weeks. 9-11C Digit formation at 56 days.
SEM Fig. 11-8 Axons entering the limb bud area. 10.5 Spinal nerves entering the limb.
SEMS(3) Fig. 12-4A-C Formation of pharyngeal arches. None
SEMS(2) Fig. 12-9 Origin of human face and mouth. 16.5C formation of frontal nasal prominence.
SEMS(2) Fig. 12-10A,C Development of face. 1) 16.5C see above
2) 16.20C Frontal aspects of face.
SEM Fig. 12-11D Formation of the nasal cavity. 16.23D Palatal shelves.
SEM Fig. 12-V-12B . Formation of secondary palate and nasal septum. 16.23C Palatal shelves
SEM Fig. 12-15C Development of tongue mucosa. 16.15C Development of tongue.
SEMS(3) Fig. 12-19A,D,F, Formation of the optic vesicle and optic cup. 1) 18.1D Optic vesicle formation
2) 20.4 brain vesicle development.
SEMS (2) Fig. 12-20A-B Formation of lens placode and lens vesicle. None
SEM Fig. 12-24B Development of anterior and posterior chambers, eyelids and coverings of optic globe. None
SEMS(2) Fig. 12-25A,F Formation of the otic vesicle. 1) 17.2D formation of otic vssicles
2) 17.3F Development of oto-cyst.
SEM Fig. 12-28 Differentiation of the auricle. 17.9E Six auricular hillocks.
SEM Fig. 12-35 Mouse embryo treated with isotreti-noin. None
SEMS(2) Fig. 12-37A-B Expression of Hox 2.1 and Hox 3.1. None
*1065 SEMS in Larsen’s Topic Illustrated with SEMS in Larsen’s Alleged Infringing SEMS in Langman’s 17th and Topic
SEM Fig. 1S-4 Neural crest cells migrating over the surface of neural fold. 1) 5.4A-B Migrating cranial neural crest cells.
2) 16.2Asame
SEM Fig. 13-13G Development of pituitary showing opening to Rathke’s pouch. 20.25D Rathke’s pouch.
SEMS(2) Fig. 13-22A-B Comparison of growth cone with relatively simple morphology. None
SEMS(2) Fig. 13-22A-B Tract-tracing technique to show projection of secondary retinal neurons to optic tract. None
SEMS(2) Fig. 14-1A-B Differentiation of the ectoderm. None
SEMS(3) Fig. 14-2 Differentiation of mature epidermis. None
SEMS(2) Fig. 14-3A-B Specialized cells of the epidermis. None
SEMS(7) Fig. 14-5A-G Development of hair follicle. None
SEMS(3) Fig. 14-8A-C Development of nails. None
SEM Fig. 16-3 Development of placenta. None
SEM Fig. 15-5A Cystic hygroma. None
Total SEMS in Larsen’s — 106
Total corresponding SEMS in Langman’s 7th — 30
Topics in Larsen’s illustrated with SEMS — 61
Topics in Langman’s 7th with corresponding SEMS — 20
Photographs in Larsen’s Topic Illustrated with Photos in Larsen’s Alleged Infringing Photos in Langman’s 7th and Topic
Photo Fig. 1-13B Karyotype of male with trisomy '21. Fig. 1-5 Karyotype of individual with trisomy 21.
Photo Fig. 1-14 Karyotype of male with Down syndrome. Fig. 1-6B Karyotype of individual with Down syndrome.
Photos© Fig. 1-15 Injection of genetically modified embryonic stem cells into a blastocyst. None
Photo Fig. 1-16 Litter of transgenic mice bred from chimeric parent None
Photo Fig. 2-9 Triploid newborn. None
Photo Fig. 3-15 Sirenomelia. Fig. 4.6 Sirenomelia
Photo Fig. 4-18C Meningomyelocele. 20.15A Meningomyelocele
Photo Fig. 4 — 19 Meningohydroencephalocele. None
Photos© Fig. 4-20A-B Anomalies from failure of neurulation. None
Photos© Fig. 4-22A-C Contrasting effects of activin and fibroblast growth factor in body axis induction. None
Photo Fig. 6-10 Constricted inferior gastrointestinal tract of indiv. with Hirschsprung’s disease. None
*1066 Photographs in Larsen’s Topic Illustrated with Photos in Larsen’s Alleged Infringing Photos in Langman’s 7th and Topic
Photo Fig. 5-12 Dorsal and lateral -view of transgenic mice that express bacterial lacZ gene. None
Photo 6-14 Eventration of the diaphragm. None
Photo Fig. 7-22 Acardia. None
Photo Fig. 7-23 Dextrocardia. None
Photo Fig. 7-24 Infant heart with atrial septal defect. None
Photo Fig. 7-26C Transposition of the great arteries— failure of truncoeonal septae to spiral. None
Photo Fig. 7-27B Tetralogy of Fallot. None
Photos(2) Fig. 8-19A-B Coarctation of the aorta. None
Photo Fig. 8-20 Lymphedema in a fetus with Turner Syndrome. None
Photos(2) Fig. 9-15A-B Congenital defects of anterior abdominal wall closure — omphalocele and Ec-topia cordis 11.13A Ectopia cordis
Photo Fig. 9-16 Severe gastroschisis. 1) 11.3D gastroschisis
2) 14.29C Same photo.
Photo Fig. 9-17 Cloacal exstrophy. Photos(2) 15.15B Exstrophy, cloacal exstrophy.
Photo Fig. 10-20D Testicular hydrocele. None •
Photo Fig. 10-30 Hypospadias. None
Photo Fig. 11-4A 7 Week old digit formation. None
Photo Fig. 11-1 Meromelia. None
Photo Fig. 11.12 Amelia. None
Photo Fig. 11-13 Polydactyly. 9.13A Polydactyly
Photo Fig. 11-14 Syndactyly. None
Photo Fig. 11-15 Lobster claw hand or foot. None
Photo Fig. 11-17 Phocomelia. None
Photo Fig. 11-18 Amniotic band syndrome. 7.10 Limb amputation from amniotic bands
Photo Fig. 12-29 Meckel syndrome. None
Photos (4) Fig. 12-30A-D Examples of holoprosencephaly. 18.10 — Synophthalmia.
Photo Fig. 12-31 Apert syndrome. None
Photo Fig. 12-32 Bilateral cleft lip. None
Photo Fig. 12-34 Goldenhar syndrome. 16.14D Goldenhar syndrome.
Photo Fig. 13-10 Hydrocephaly. 20.32 Hydrocephalus
Photo Fig. 15-5B Stillborn fetus. None
*1067 Total Photos in Larsen’s — 50
Total corresponding Photos in Langman’s 7th — 14
Topics in Larsen’s illustrated with Photos — 39
Topics in Langman’s 7th with corresponding Photos — 11
Total 3-D drawings, SEMS or photographs in Larsen’s: 314
Total illustrations in Larsen’s with no counterpart in Langman’s 7th: 244
Topics in Larsen’s illustrated with 3-D drawings, SEMS or photographs: 181
Topics illustrated in Larsen’s with 3-D drawings, SEMS or photographs with no counterpart in Langman’s 7th: 142
* There may be illustrations in Langman’s 7th which correspond to more of these topics. However, many may have been used previously in Langman’s 6th, and plaintiffs claims relate only to the revisions in Langman’s 7th. This list includes all of the illustrations in defendants’ book which plaintiff claims are similar to illustrations found in its book.
In deciding whether to include certain illustrations I have used the summary judgment standard: I took all reasonable inferences and cоnstrued all facts in favor of the non-movant, here, plaintiff. Accordingly, certain arguably 3-D drawings in Larsen’s were not included on this list.
Appendix 2
Tables in Larsen’s With Corresponding Alleged Similar Tables in Langman’s 7th
Table in Larsen’s Topic Covered in Larsen’s Corresponding Table Langman’s 7th
1-1 Event during mitotic and meiotic cel division. None
6-1 Stages of human lung development. 13.1 Maturation of the lungs
9-1 Derivatives of the primitive gut tube. None
9-2 Derivatives of the Septum Transversum. None
10-1 Development of the male and female external genitalia. None
11-1 Muscles derived from the ventral and dorsal muscle masses of the limb buds. None
11-2 Some common terms for hmb deformations. None
12-1 The derivatives of the pharyngeal arches and their tissues of origin. None
12-2 Development of the tongue from pharyngeal arches one through four and the occipital som-ites. None
13-1 Location of the cranial nerve nuclei. 20.1 Origins of cranial nerves and their composition.
13-2 Origins of the neurons in the cranial nerve 20.2 Contributions of neural ganglia. crest cells and placodes to ganglia of the cranial nerves.
Notes
. Because the titles of the books are similar, I will refer to plaintiffs book as Larsen’s and defendants’ book as Langman’s 7th.
. However, in an exhibit and in its comparison book, plaintiff lists only 31, not 36, SEMS from Langman's 7th which it claims copy SEMS in Larsen’s. (Id., Ex. 6; PI. Comparison Bk.)
. Plaintiff cites as examples defendants' illustrations of the formation and folding of the heart tube and the development of the membranous ventricular septum of the heart. (Id.) Plaintiff argues that eight out of the 11 illustrations in Langman’s 7th showing the formation of the heart tube, eight of the 13 illustrations showing heart folding in Langman’s 7th, and three of the six illustrations showing the development of the ventricular septum in Langman’s 7th are similar to illustrations in Larsen's depicting the same processes. (Id. ¶ 48, 49, 53) These illustrations are included in plaintiff's total count of drawings (40) and SEMS (36) which it claims are similar to ones found in its book.
. Indeed, in this case, I determined what may be protected expression — plaintiff's original narration and expression of facts and ideas, and plaintiff's selection, coordination and arrangement of material — and what was not protected expression — facts, ideas, and the use of particular illustrative techniques. I then "abstracted” plaintiff's work to determine what constituted ideas and/or facts and what constituted expression. Finally, I examined both embryology textbooks in their totality, as judges have been doing for generations, to determine whether substantial similarity exists betwеen the protected elements of plaintiff's and defendants’ work. This was a tedious but not a particularly complex task.
. Defendant relies on
Fonar Corp. v. Magnetic Resonance Plus, Inc.,
. The reason that there are 90 allegedly infringing illustrations in Langman's 7th and only 70 allegedly infringed illustrations in Larsen’s is that plaintiff often claims that more than one illustration in Langman’s 7th copies a single illustration in Larsen’s.
. Certain topics in Larsen’s were illustrated with more than one type of illustration — e.g., a SEM and a photograph.
. However, plaintiff's own expert, Dr. Donald R. Cahill, found that the treatment of 14 of those topics was "different," more or less concise, or indeed "quite dissimilar” from the treatment of the same topics in Larsen’s (3/26/96 Cahill Aff. Ex. 2) Thus, according to plaintiff's own expert, the treatment of 19 topics added to Langman’s 7th is similar to the treatment of the same topics in Larsen’s. However, for the purposes of this motion I assume that 33 new topics added to Langman’s 7th are similar to topics already discussed in Larsen’s and find the similarity to plaintiff's selection and arrangement not substantial: