Open Data LMU (Ludwig-Maximilians-Universität München)

Oberberger, Marius

Nicht-deutsche Waffen-SS-Angehörige in Zeitungen des nationalsozialistischen Deutschlands

Heilbronner, Urs

Adorjan, Kristina

Anderson-Schmidt, Heike

Budde, Monika

Comes, Ashley L.

Gade, Katrin

Heilbronner, Maria

Kalman, Janos L.

Kohshour, Mojtaba O.

Papiol, Sergi

Reich-Erkelenz, Daniela

Schaupp, Sabrina K.

Schulte, Eva C.

Senner, Fanny

Vogl, Thomas

Falkai, Peter

Schulze, Thomas G.

The PsyCourse Codebook, Version 6.0

Gur-Arieh, Shira

Kamid el-Loz (Lebanon) Human Dental Calculus (HDC) micro-remains photos
The following files contain all the microscope photos taken during the analysis of the HDC from burials from Tell Kamid el-Loz as part of PEKULI Project (PEKULI: Vielfalt und Dynamik der ostmediterranen Ernährung in der Bronze- und Eisenzeit) funded by the German Bundesministerium für Bildung und Forschung (BMBF) as part of the „Kleine Fächer – Große Potenziale“ funding program in the humanities and social sciences, grant agreement No. 01UL1918X granted to Dr. Shira Gur-Arieh. Additional information about the samples and methodology can be found at Gur-Arieh et al. (Submitted)
How to give credit:
The results of this study were submitted for publication and for now should be cited as:
Gur-Arieh, S., Eisenmann, S., Henry, AG., Lucas, M., Lenz, D., Paxinos, P., Weber, H., Morandi, LF., Stone, J., Schultz, M., Roberts, P., Stockhammer, PW. (Submitted) Reconstructing Dietary Practices at Tell Kamid el-Loz (Lebanon) during the Bronze and Iron Age III/Persian to Hellenistic Periods, Using Plant Micro-remains from Dental Calculus and Stable Isotope Analysis of Bone Collagen. Archaeological and Anthropological Science.
Technical information: Microscope slides were examined under Plane and Cross Polarized light (PPL and XPL respectively) at 400x magnification using an Olympus BX53. The entire slide was examined and each microfossil was photographed, described, and documented.
Data naming and arrangement:
Each photo has a unique name which is composed of sample number (KEL_0XX), slide number (e.g., _1, _2, _3), micro-remain number (e.g., .1,.2,.3), and photo number (e.g., .a, .b, .c). So for example KEL_001_1.1.a is the first of several photos of the first micro-remain found on the first slide analyzed from sample KEL_001.
The photos are arranged in folders according to sample and slide numbers.
The information regarding the possible identification of each microremains is provided in the PDF “Kamid microremains id information” which contains the scans of the original data log sheets. These provide the name of the sample and information on its extraction and analysis. Each microremain which was spotted on the slide is documented in a separate line and has its unique number which match its photos. In addition, to each microremain the level of confidence (Definite/ Possible) is noted and then it is mentioned if it is Starch/Phytolith/Other, followed by a short description. After the initial work on the microscope, SGA and AGH discussed the photos of the different microremain and their identification, which is usually marked with a colored pen. 
In some areas where the writing isn’t clear I copied the text to make it more understandable, yet most of it is written in handwrite with a pencil. If you are interested in the exact information and can’t read it, please email me at shiragura@gmail.com




Microscope images of microremains from human dental calculus from Middle Bronze Age II and Iron Age III/Persian-Hellenistic Periods from Tell Kamid el-Loz (Lebanon)

Cunha, Conceicao

Kanana, Fridah

Jonathan Harrington, Jonathan Harrington

Variation and palatalisation in the production of the plural prefix in Meru: a study of three dialects

Fürstenberg, Maurice

Daten zu "Kommagebrauch im Deutschen"

Krefeld, Thomas

Lücke, Stephan

VerbaAlpina Version 23/2: Diskursive Inhalte: Kommentare des LexiconAlpinum zu definierten Konzepten

Würsching, Sabina Noreen

Moser, Luise

Obermeier, Katharina Theresa

Kollmuss, Maximilian

Microleakage and economic efficiency of restorative materials used for temporization of endodontic access cavities

Ziegler, Christian

Wagner, Ferdinand

Alleborn, Karoline

Geith, Tobias

Holzapfel, Boris

Heimkes, Bernhard

ANHANG 
- 125 - 
 
10 .  ANHANG 
 
EY-WINKEL FRONTALEBENE 
 Schicht Pat e1 Pat e2 Pat e3 Pat e4 Pat e5 Pat k1 Pat k2 Pat k3 Pat k4 
1-ventral  17,51 20,35         19,07 18,38 19,07 
2-ventral 17,67 19,29   18,12     19,31 17,61 18,99 
3-ventral 15,42 20,36 18,25   17,57   18,22 17,94 18,43 
4-ventral 16,87 19,97 17,9 18,61 19,22 -- 19,67 18,52 19,35 
5-mittig -- 19,07 17,43   18,94 17,63 17,95 17,36 19,08 
6- (längste 
Apophyse) 
-- 19,42 19,07 18,51 18,04 19,34 18,62   19,21 
7-mittig -- 19,87 18,92   17,81 17,64 20,09     
8-mittig    18,35 20,06 -- 19,24 18,59       
9-dorsal   -- --   -- --       
10-dorsal   --     --         
11-dorsal                   
12-dorsal                   
 
AY-WINKEL FRONTALEBENE 
Patient (Pat.) 1-10 
  Schicht Pat 1 Pat 2 Pat 3 Pat 4 Pat 5 Pat 6 Pat 7 Pat 8 Pat 9 Pat 
10 
1-ventral                    48,23 
2-ventral                   52,76 
3-ventral   45,15               50,66 
4-ventral   51,72 38,47 46,65   50,57     52,84 50,28 
5-mittig 43,82 48,51 37,57 46,45 52,29 45,85 39,95 47,39 43,66 50,24 
6- (längste 
Apophyse) 
40,19 55,39 42,19 43,48 52,44 43,72 37,9 45 40,57 48,62 
7-mittig 31,59 50,01 38,04 30,01 41,38 48,03 38,39 45,72 29,85 47,35 
8-mittig  30,51 42,01 40,67 31,09 30,25 49,49 16,65 35,11 7,75 44,22 
9-dorsal 27,43   36,59     32,28 17,39 34,53 11,64 40,66 
10-dorsal     30,54     31,79   24,43   34,19 
11-dorsal     18,03         24,18   32,53 
12-dorsal     12,66         25,75   23,1 
UNTERSUCHUNGEN ZU DEM FORM-FUNKTIONS-ZUSAMMENHANG AN DER APOPHYSE 
- 126 - 
 
 
Pat. 11-20 
  Schicht Pat 11 Pat 12 Pat 14 Pat 15 Pat 16 Pat 18 Pat 19 Pat 20 
1-ventral                  
2-ventral     58,56   57,4       
3-ventral   73,82 64,57 75,35 54,81       
4-ventral 40,61 68,02 64,57 65,09 48,65 43,98 54,99 53,36 
5-mittig 50,31 73,22 64,92 44,47 46,71 47,63 52,38 52,02 
6- (längste Apophyse) 44,48 51,24 43,51 36,84 43,63 46,9 38,86 45,44 
7-mittig 40,83 31,77 37,5 37,63 41,94 46,37 36,07 44,69 
8-mittig  32,46 22,36 29,17 36,48 41,68 45,83 19,67 44,01 
9-dorsal 15,56 17,01 20,74 28,71 28,46 40,97 14,43 29,43 
10-dorsal 15,86 14,14 18,44 16,95 27,34 28,53 8,57 18,34 
11-dorsal 11,21 12,94   15,83 18,08 28,25 0,95 1,72 
12-dorsal       18,24         
 
Pat. 22-31 
  Schicht Pat 
22 
Pat 
24 
Pat 
25 
Pat 
26 
Pat 
27 
Pat 
28 
Pat 
29 
Pat 
30 
Pat 
31 
1-ventral                    
2-ventral   61,2 54,37         52,31   
3-ventral     51,14     46,12   51,53 53,35 
4-ventral 44,53 48,31 49,68 52,46 48,05 54,87 45,58 51,61 56,3 
5-mittig 37,73   48,69 48,2 43,48 49,87 45,61 50,94 48,96 
6- (längste 
Apophyse) 
36,66 45,96 42,92 47,14 42,54 47,57 38,75 49,61 45,97 
7-mittig 33,96   40,9 44,18 40,47 45,36 35,96 48,72 40,78 
8-mittig  29 28,15 39,48 43,92 28,83 39,27 5,5 44,64 25,14 
9-dorsal 19,55   30,66 33,66 26,92 34,97   28,41 24,32 
10-dorsal 10,03 11,85 14,93 31,06 9,54 22,35   10,41 16,73 
11-dorsal 7,51       9,51 18,78       
12-dorsal         9         
 
Pat. 32-40 
  Schicht Pat Pat Pat Pat Pat Pat Pat Pat Pat 
ANHANG 
- 127 - 
 
32 33 34 35 36 37 38 39 40 
1-ventral                    
2-ventral               48,25   
3-ventral   59,15 52,5 48,68     47,25 48,15 47,22 
4-ventral 46,96 60,04 50,13 47,31 44,67 45,66 46,8 46,96 46,64 
5-mittig 46,3 53,85 47,34 42,17 39,15 44,92 46,03 46,67 46,01 
6- (längste 
Apophyse) 
40,69 44,78 47,27 41,24 39,54 44,72 44,67 43,95 45,8 
7-mittig 39,47 36,23 47,01 37,17 38,5 41,53 35,6 35,36 39,43 
8-mittig  17,36 25,32 42,02 28,27 37,32 28,1 35,42 27,88 27,99 
9-dorsal 17,29 20,84 40,55 24,54 30,48 15,34 19,22 20,57 20,38 
10-dorsal   10,11 16,72 18,79   13,74 7,41 9,4 18,65 
11-dorsal     14,62 15,84   12,01   5,18   
12-dorsal       14,38           
 
Pat. 41-50 
  Schicht Pat 
41 
Pat 
42 
Pat 
43 
Pat 
45 
Pat 
46 
Pat 
47 
Pat 
48 
Pat 
49 
Pat 
50 
1-ventral  52,94                 
2-ventral 54,66                 
3-ventral 51,09 53,56   43,74 42,78   49,14 47,6 48,67 
4-ventral 50,71 50,19   43,04 44,13 48,54 48,09 44,73 43,5 
5-mittig 47,4 47,46 51,53 42,25 37,56 43,97 48,13 36,74 37,19 
6- (längste 
Apophyse) 
47,49 47,39 51,77 41,61 37,35 43,89 44,63 36,48 33,26 
7-mittig 44,13 32,38 43,77 41,59 29,63 29,42 34,14 28,97 25,1 
8-mittig  43,12 19,34 34,97 39,9 24,15 16,86 30,98 26,69 20,62 
9-dorsal 37,9 17,01 30,12 33,2 19,2 14,23 22,76 17,12 15,04 
10-dorsal 17,64 16,55   32,28 19,07   21,12 16,13 12,02 
11-dorsal 15,43     18,92 16,34     15,7 6,56 
12-dorsal                 3,45 
 
 
 
Pat. 51-58 
  Schicht Pat 51 Pat 52 Pat 53 Pat 54 Pat 55 Pat 56 Pat 57 Pat 58 
UNTERSUCHUNGEN ZU DEM FORM-FUNKTIONS-ZUSAMMENHANG AN DER APOPHYSE 
- 128 - 
 
1-ventral                  
2-ventral           49,39     
3-ventral   48,21 46,51   66,93 50,72 52,84   
4-ventral 43,33 46,19 45,53 51,03 44,85 50,58 50,39 54,2 
5-mittig 39,18 42,96 44,84 48,93 43,51 44,46 50,96 47,79 
6- (längste Apophyse) 38,23 40,18 44,1 48,1 42,87 37,99 46,33 47,76 
7-mittig 27,07 39,51 42,39 45,17 41,64 25,55 45,74 26,65 
8-mittig  21,47 32,22 40,81 35,71 28,86 25,45 26,64 24,8 
9-dorsal 19,51 27,06 23,49 20,22 28,21 23,24 26,28   
10-dorsal   27,05 21,71 15,92     23,84   
11-dorsal             20,22   
12-dorsal             18,74   
 
Pat. 59-62 
 Schicht Pat 59 Pat 60 Pat 61 Pat 62 
1-ventral          
2-ventral     55,02   
3-ventral 43,13   55,62 47,62 
4-ventral 42,7 52,17 52,61 46,03 
5-mittig 41,35 51,08 52,35 40,72 
6- (längste 
Apophyse) 
40,66 50,17 40,81 39,65 
7-mittig 40,27 49,6 40,05 38,19 
8-mittig  24,95 48,86 37,81 31,72 
9-dorsal 15,9 30,5 31,83 29,56 
10-dorsal 15,35 10,03 30,59 24,94 
11-dorsal   9,73     
12-dorsal         
 
M. GLUTEUS MAXIMUS 
Frontalebene: Winkel zur Vertikalen: 
 
Verlauf der kranialen Fasern: 
 
 Pat. 
e1 
Pat. 
e2 
Pat. 
e3 
Pat. 
e4 
Pat. e5 Pat. 
k1 
Pat. k2 Pat. 
k3 
Pat. 
k4 
Pat. k5 
1-ventral  20,32 20,05 20,61 19,67 20,04 19,58 18,97 19,22 20,31 19,69 
2-ventral   2,2                 
3-ventral 2,68 0,87                 
ANHANG 
- 129 - 
 
4-ventral 2,24 1,35 7,08 7,37 7,4           
5-mittig 0,59 1,92 6,85   7,39 7,87 4,29   4,91 5,09 
6- (längste 
Apophyse) 
0,98 1,85 6,95 7,26 7,21 8,07 8,32 7,16 6,58 7,11 
7-mittig 1,92 4,25 7,04   7,86 8,42 7,56 7,14 7,21 7,46 
8-mittig      8,45 8,29 8,53 8,24   7,63 7,53 8,01 
9-dorsal     8,39         8,08     
10-dorsal                     
11-dorsal                     
12-dorsal                     
 
Verlauf der kaudale Fasern: 
 
 Pat. 
e1 
Pat. 
e2 
Pat. 
e3 
Pat. 
e4 
Pat. 
e5 
Pat. 
k1 
Pat. 
k2 
Pat. 
k3 
Pat. 
k4 
Pat. 
k5 
1-ventral  20,32 20,05 20,61 19,67 20,04 19,58 18,97 19,22 20,31 19,69 
2-ventral   2,2                 
3-ventral 2,68 0,87                 
4-ventral 2,24 1,35 7,08 7,37 7,4           
5-mittig 0,59 1,92 6,85   7,39 7,87 4,29   4,91 5,09 
6- (längste 
Apophyse) 
0,98 1,85 6,95 7,26 7,21 8,07 8,32 7,16 6,58 7,11 
7-mittig 1,92 4,25 7,04   7,86 8,42 7,56 7,14 7,21 7,46 
8-mittig      8,45 8,29 8,53 8,24   7,63 7,53 8,01 
9-dorsal     8,39         8,08     
10-dorsal                     
11-dorsal                     
12-dorsal                     
 
 
Transversalebene: Winkel zur Frontalen 
 
 Pat. e1 Pat. e2 Pat. e3 Pat. e4 Pat. e5 Pat. k1 Pat. k2 Pat. k5 
1-kranial 4,96 6,39 8,94 8,78 11,77 8,7 8 8,91 
2-kranial 8,75 6,54 8,65  11,24 8,85 7,36 8,64 
3-kranial 8,74 6,93 9,03 8,64 11,19 8,71 8,53 8,71 
4-mittig 7,66 6,38 8,94  12,27 8,55 7,91 8,55 
5-mittig * 5,88 6,47 8,27 9,01 11,77 8,67 7,88 8,64 
6-mittig 6,38 6,52 7,56  12,27 8,27 7,65 7,93 
7-kaudal 7,06 6,92 7,49 9,27 11,85 7,28 7,64 8,38 
8-kaudal 8,67 6,08 8,04  11,91 7,36 8,01 8,31 
9-kaudal 9,24 6,45 8,28 9,24 12,58 7,17 6,13 8,2 
*= (Trochanter major mit größtem Durchmesser) 
 
UNTERSUCHUNGEN ZU DEM FORM-FUNKTIONS-ZUSAMMENHANG AN DER APOPHYSE 
- 130 - 
 
TRACTUS ILIOTIBIALIS 
Frontalebene: Winkel zur Vertikalen 
 Pat. e1 Pat. 
e2 
Pat. 
e3 
Pat. e4 Pat. e5 Pat. k1 Pat. k2 Pat. 
k3 
Pat. 
k4 
Pat. 
k5 
1-ventral    26,18             14,95 20,62 
2-ventral 25,97 25,9   14,38   9,87 15,71 10,23 17,18 22,69 
3-ventral 21,46 26,78 26,31   22,48 15,06 16,86 16,83 21,36 25,77 
4-ventral 32,67 26,04 28,67 32,97 33,85 20,25 25,98 23,65 27,96 27,78 
5-mittig 38,6 30,62 30   38,06 20,32 21,84 27,33 30,39 28,64 
6- (längste 
Apophyse) 
38,54 34,02 33,91 33,5 38,3 22,81 23,38 31,73 31,2 36,82 
7-mittig 39,63 36,12 38,73   39,33 30,55 23,87 32,62 34,69 42,03 
8-mittig  45,69 40,2 38,63 33,89 38,45 34,05 31,34 34,17 37,8   
9-dorsal     39,25   38,47 34,68         
10-dorsal     39,92               
11-dorsal                     
12-dorsal                     
 
M. TENSOR FASCIAE LATAE 
Frontalebene: Winkel zur Vertikalen  
Pat. e1 Pat. e2 Pat. 
e3 
Pat. e4 Pat. e5 Pat. k1 Pat. k2 Pat. 
k3 
Pat. k4 Pat. k5 
  26,18             14,95 20,62 
 
M. GLUTEUS MINIMUS 
Frontalebene: Winkel zur Vertikalen 
 Pat. 
e1 
Pat. 
e2 
Pat. 
e3 
Pat. 
e4 
Pat. 
e5 
Pat. 
k1 
Pat. 
k2 
Pat. 
k3 
Pat. 
k4 
Pat. 
k5 
1-ventral    26,18             14,95 20,62 
2-ventral 25,97 25,9   14,38   9,87 15,71 10,23 17,18 22,69 
3-ventral 21,46 26,78 26,31   22,48 15,06 16,86 16,83 21,36 25,77 
4-ventral 32,67 26,04 28,67 32,97 33,85 20,25 25,98 23,65 27,96 27,78 
5-mittig 38,6 30,62 30   38,06 20,32 21,84 27,33 30,39 28,64 
6- (längste 
Apophyse) 
38,54 34,02 33,91 33,5 38,3 22,81 23,38 31,73 31,2 36,82 
7-mittig 39,63 36,12 38,73   39,33 30,55 23,87 32,62 34,69 42,03 
8-mittig  45,69 40,2 38,63 33,89 38,45 34,05 31,34 34,17 37,8   
ANHANG 
- 131 - 
 
9-dorsal     39,25   38,47 34,68         
10-dorsal     39,92               
11-dorsal                     
12-dorsal                     
 
M. GLUTEUS MEDIUS 
Frontalebene: Winkel zur Vertikalen 
 Pat. e1 Pat. 
e2 
Pat. 
e3 
Pat. 
e4 
Pat. e5 Pat. 
k1 
Pat. k2 Pat. 
k3 
Pat. 
k4 
Pat. 
k5 
1-ventral    26,18             14,95 20,62 
2-ventral 25,97 25,9   14,38   9,87 15,71 10,23 17,18 22,69 
3-ventral 21,46 26,78 26,31   22,48 15,06 16,86 16,83 21,36 25,77 
4-ventral 32,67 26,04 28,67 32,97 33,85 20,25 25,98 23,65 27,96 27,78 
5-mittig 38,6 30,62 30   38,06 20,32 21,84 27,33 30,39 28,64 
6- (längste 
Apophyse) 
38,54 34,02 33,91 33,5 38,3 22,81 23,38 31,73 31,2 36,82 
7-mittig 39,63 36,12 38,73   39,33 30,55 23,87 32,62 34,69 42,03 
8-mittig  45,69 40,2 38,63 33,89 38,45 34,05 31,34 34,17 37,8   
9-dorsal     39,25   38,47 34,68         
10-dorsal     39,92               
11-dorsal                     
12-dorsal                     
 
M. VASTUS LATERALIS 
Frontalebene: Winkel zur Vertikalen 
12-dorsal                     
1-ventral                      
2-ventral           
3-ventral           
4-ventral  -87,08  -80,92   -81,6  -79,54 -85,9 
5-mittig -82,19 -85,61 -86,54  -78,94    -80,27 -86,4 
6- (längste 
Apophyse) 
-89,2 -87,74 -86,92 -79,64 -76,75   -66,21 -79,82 -87,1 
7-mittig -85,02 -87,81 -87,45  -80,62   -64,58 -82,19 -87 
8-mittig            
9-dorsal           
10-dorsal           
11-dorsal           
12-dorsal           
 
UNTERSUCHUNGEN ZU DEM FORM-FUNKTIONS-ZUSAMMENHANG AN DER APOPHYSE 
- 132 - 
 
AUßENROTATOREN 
 
- M. piriformis 
Frontalebene: Winkel zur Vertikalen 
 
 Pat. e1 Pat. e2 Pat. e3 Pat. e4 Pat. e5 Pat. k1 Pat. 
k2 
Pat k3 Pat. k4 Pat. k5 
1-ventral                      
2-ventral                     
3-ventral                     
4-ventral   87,08   80,92     81,62 67,53 79,54 85,87 
5-mittig 82,19 85,61 86,54   78,94     66,55 80,27 86,44 
6- (längste 
Apophyse) 
89,2 87,74 86,92 79,64 76,75     66,21 79,82 87,13 
7-mittig 85,02 87,81 87,45   80,62     64,58 82,19 86,95 
8-mittig                      
9-dorsal                     
10-dorsal                     
11-dorsal                     
12-dorsal                     
 
Transversalebene: Winkel zur Frontalen 
 
 Pat. e1 Pat. e2 Pat. e3 Pat. e4 Pat. e5 Pat. k1 Pat. k2 Pat. k5 
1-kranial 18,56 18,47 23 23,08 23,27 21,72 19,97 21,41 
2-kranial 22,35 18,62 22,71  22,74 21,87 19,33 21,14 
3-kranial 22,34 19,01 23,09 22,94 22,69 21,73 20,5 21,21 
4-mittig 21,26 18,46 23  23,77 21,57 19,88 21,05 
5-mittig (*) 19,48 18,55 22,33 23,31 23,27 21,69 19,85 21,14 
6-mittig 19,98 18,6 21,62  23,77 21,29 19,62 20,43 
7-kaudal 20,66 19 21,55 23,57 23,35 20,3 19,61 20,88 
8-kaudal 22,27 18,16 22,1  23,41 20,38 19,98 20,81 
9-kaudal 22,84 18,53 22,34 23,54 24,08 20,19 18,1 20,7 
*= (Trochanter major mit größtem Durchmesser) 
 
- M. triceps coxae 
Frontalebene: Winkel zur Vertikalen 
 
 Pat. e1 Pat. 
e2 
Pat. e3 Pat. e4 Pat. e5 Pat. k2 Pat k3 Pat. 
k4 
Pat. 
k5 
1-ventral                    
2-ventral                   
ANHANG 
- 133 - 
 
3-ventral                   
4-ventral   87,08   80,92   81,62 67,53 79,54 85,87 
5-mittig 82,19 85,61 86,54   78,94   66,55 80,27 86,44 
6- (längste 
Apophyse) 
89,2 87,74 86,92 79,64 76,75   66,21 79,82 87,13 
7-mittig 85,02 87,81 87,45   80,62   64,58 82,19 86,95 
8-mittig                    
9-dorsal                   
10-dorsal                   
11-dorsal                   
12-dorsal                   
 
Transversalebene: Winkel zur Frontalen 
 
  Pat. 
e1 
Pat. 
e2 
Pat. 
e3 
Pat. 
e4 
Pat. 
e5 
Pat. 
k1 
Pat. 
k2 
Pat. 
k3 
Pat. k4 Pat. k5 
1-kranial           
2-kranial           
3-kranial     2,52 11,87     
4-mittig 4,69    2,55 10,57     
5-mittig 
(*) 
6,54 12,93 1,38 13,49 2,52 11,44 13,04    
6-mittig 8,98 9,76 4,45  1,81 10,39 12,92   5,02 
7-kaudal 6,05 5,28 6,03 6,78 3,05 6,08    5,33 
8-kaudal  4,37 5,45  2,84     3,96 
9-kaudal  1,08         
*= (Trochanter major mit größtem Durchmesser) 
 
- M. obturatorius externus 
Frontalebene: Winkel zur Vertikalen 
 
 Pat. e1 Pat. e2 Pat. e3 Pat. e4 Pat. e5 Pat. k1 Pat. k2 Pat k3 Pat. k4 Pat. k5 
1-ventral                      
2-ventral                     
3-ventral                     
4-ventral                     
5-mittig                     
6- (längste 
Apophyse) 
                    
7-mittig   87,95 87,98 81,23       64,58 83,14   
8-mittig  89,55 88,26 88,33 80,96 80,83     64,58 82,67 88,72 
9-dorsal   88,42 88,92 88,63 82,2   83,64 64,19 84,29 87,76 
10-dorsal       85,92 85,62 87,42 84,63 66,18     
11-dorsal           80,39 82,62       
UNTERSUCHUNGEN ZU DEM FORM-FUNKTIONS-ZUSAMMENHANG AN DER APOPHYSE 
- 134 - 
 
12-dorsal                     
12-dorsal           
 
 
Transversalebene: Winkel zur Frontalen 
 
  Pat. e1 Pat. e2 Pat. e3 Pat. e4 Pat. e5 Pat. k1 Pat. k2 
1-kranial        
2-kranial        
3-kranial     2,52 11,87  
4-mittig 4,69    2,55 10,57  
5-mittig 
(*) 
6,54 12,93 1,38 13,49 2,52 11,44 13,04 
6-mittig 8,98 9,76 4,45  1,81 10,39 12,92 
7-kaudal 6,05 5,28 6,03 6,78 3,05 6,08  
8-kaudal  4,37 5,45  2,84   
9-kaudal  1,08      
*= (Trochanter major mit größtem Durchmesser) 
 
- M. quadratus femoris 
Frontalebene: Winkel zur Vertikalen 
 
 Pat. e1 Pat. e2 Pat. e3 Pat. e4 Pat. e5 Pat. k1 Pat. k2 Pat k3 Pat. k4 Pat. k5 
1-ventral                      
2-ventral                     
3-ventral                     
4-ventral                     
5-mittig                     
6- (längste 
Apophyse) 
                    
7-mittig   87,95 87,98 81,23       64,58 83,14   
8-mittig  89,55 88,26 88,33 80,96 80,83     64,58 82,67 88,72 
9-dorsal   88,42 88,92 88,63 82,2   83,64 64,19 84,29 87,76 
10-dorsal       85,92 85,62 87,42 84,63 66,18     
11-dorsal           80,39 82,62       
12-dorsal                     
 
Transversalebene: Winkel zur Frontalen 
 
  Pat. e1 Pat. e2 Pat. e3 Pat. e4 Pat. e5 Pat. k1 Pat. k2 Pat. k5 
1-kranial         
2-kranial         
ANHANG 
- 135 - 
 
3-kranial     2,52 11,87   
4-mittig 4,69    2,55 10,57   
5-mittig 
(*) 
6,54 12,93 1,38 13,49 2,52 11,44 13,04  
6-mittig 8,98 9,76 4,45  1,81 10,39 12,92 5,02 
7-kaudal 6,05 5,28 6,03 6,78 3,05 6,08  5,33 
8-kaudal  4,37 5,45  2,84   3,96 
9-kaudal  1,08       
*= (Trochanter major mit größtem Durchmesser) 
 
 
Summationsvektor 
Außenrotatoren=(49,2*0,12+82,29*0,22+114,6*0,08+82,72*0,05)/(0,12+0,22+0,08+0,05)=79,3
9 Grad (dorsal) 
Abduktoren ventral =(32,99*0,17+22,55*0,36)/(0,36+0,17)=25,9 Grad 
Abduktoren dorsal= (43,36*0,17+33,56*0,36) /(0,36+0,17)=36,7 Grad 
Innere Zuggurtung ventral=(32,99*0,1+22,55*0,22+176,1*0,26)/(0,22+0,1+0,26)=93,18 Grad 
Innere Zuggurtung mittig=(43,36*0,1+33,56*0,22+173,65*0,26)/(0,22+0,1+0,26)=98,05 Grad 


Trajectory angles of muscles originating from and inserting to the coxal femoral bone measured on MRIs

Pöhnlein, Jasmin

Kleber, Felicitas

So near yet so far: fine phonetic differences in tonal alignment and temporal structure in close contact varieties

The emergence of obstruent-intrinsic f0 and VOT as cues to the fortis/lenis contrast in West Central Bavarian

Ludwig-Maximilians-Universität München

Not a member yet