Immunology (193 items)

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101. T-lymphoblast © Arthur O. Anderson	102. Plasma cells © Arthur O. Anderson	103. Germinal center, lymphoblasts, follicular dendritic cells, TEM © Arthur O. Anderson	104. Germinal center, lymphoblasts, follicular dendritic cell, TEM © Arthur O. Anderson	105. Germinal center, lymphoblasts, follicular dendritic cell, TEM © Arthur O. Anderson
106. Germinal center, lymphoblasts, antigen, follicular dendritic cell TEM © Arthur O. Anderson	107. Germinal center lymphoblasts TEM © Arthur O. Anderson	108. Lymphocyte polarity and chemotaxis © Arthur O. Anderson	109. Lymphocyte polarity and chemotaxis © Arthur O. Anderson	110. Lymphocyte uropod © Arthur O. Anderson
111. Motile lymphocyte and cell contact SEM © Arthur O. Anderson	112. Motile lymphocyte turning configuration scanning electron micrograph © Arthur O. Anderson	113. 1 nonmotile and 1 motile small lymphocyte SEM © Arthur O. Anderson	114. Three thoracic duct lymph lymphocytes SEM © Arthur O. Anderson	115. Small lymphocyte SEM © Arthur O. Anderson
116. Dendritic cell and monocyte from thoracic duct lymph in vitro © Arthur O. Anderson	117. Small lymphocyte © Arthur O. Anderson	118. Dendritic cell and fibroblastic reticular cell from thoracic duct lymph, in vitro © Arthur O. Anderson	119. Dendritic cell and fibroblastic reticular cell from thoracic duct lymph, in vitro © Arthur O. Anderson	120. Dendritic cell and fibroblastic reticular cell from thoracic duct lymph, in vitro © Arthur O. Anderson
121. Differentiated "lymphoid" dendritic cell and fibroblastic reticular cell conduit in lymph node © Arthur O. Anderson	122. Differentiated "lymphoid" dendritic cell and fibroblastic reticular cell conduit in lymph node © Arthur O. Anderson	123. Human dendritic cell in thymus peripheral lymphoid aggregate © Arthur O. Anderson	124. Human dendritic cell in thymus peripheral lymphoid aggregate © Arthur O. Anderson	125. Thoracic duct lymph depleted rat lymph node paracortex © Arthur O. Anderson
126. Dendritic cell in thoracic duct lymph depleted rat lymph node paracortex © Arthur O. Anderson	127. Thoracic duct lymph depleted rat lymph node paracortex © Arthur O. Anderson	128. Dendritic cell in high endothelial venule, perivenular channel © Arthur O. Anderson	129. Rat lymph node, robust and thoracic duct lymph depleted © Arthur O. Anderson	130. Dendritic cell in high endothelial venule, perivenular channel © Arthur O. Anderson
131. Dendritic cell in high endothelial venule wall, low power image © Arthur O. Anderson	132. Dendritic cell in high endothelial venule wall, higher power image © Arthur O. Anderson	133. Dendritic cell in high endothelial venule wall, low power image © Arthur O. Anderson	134. Dendritic cell in high endothelial venule wall © Arthur O. Anderson	135. Dendritic cell in high endothelial venule wall, higher power image © Arthur O. Anderson
136. Dendritic cell in high endothelial venule wall © Arthur O. Anderson	137. Dendritic cell at high endothelial venule wall with fibroblastic reticular cell conduits © Arthur O. Anderson	138. Dendritic cell at high endothelial venule wall with fibroblastic reticular cell conduits © Arthur O. Anderson	139. Transmission electron micrograph of a maturing dendritic cell and fibroblastic reticular cell conduit (FRCC) in lymph node © Arthur O. Anderson	140. Interdigitating dendritic cell in lymph node cortex © Arthur O. Anderson
141. Transmission electron micrograph of a maturing dendritic cell and fibroblastic reticular cell conduit (FRCC) in lymph node © Arthur O. Anderson	142. Transmission electron micrograph of a maturing dendritic cell and fibroblastic reticular cell conduit (FRCC) in lymph node © Arthur O. Anderson	143. Transmission electron micrograph of an immature dendritic cell in thoracic duct lymph © Arthur O. Anderson	144. Transmission electron micrograph of an immature dendritic cell in blood vessel © Arthur O. Anderson	145. Small lymphocyte © Arthur O. Anderson
146. Transmission electron micrograph of a T-cell interacting with a dendritic cell © Arthur O. Anderson	147. T cells around HEV © Immune Disease Institute	148. T cells migrating in mouse lymph node © Immune Disease Institute	149. T cells around HEV © Immune Disease Institute	150. Dendritic cell simultaneously undergoing stable and serial transient interactions with T cells © Immune Disease Institute
151. T cell area and B follicle in mouse lymph node (LN) © Immune Disease Institute	152. Crosstalk between human DC-cells and T-cells © Helmholz Centre for Infection Research/Dr. M. Rohde	153. Crosstalk between human DC-cells and T-cells © Helmholz Centre for Infection Research/Dr. M. Rohde	154. Crosstalk between human DC-cells and T-cells © Helmholz Centre for Infection Research/Dr. M. Rohde	155. Crosstalk between human DC-cells and T-cells © Helmholz Centre for Infection Research/Dr. M. Rohde
156. Crosstalk between human DC-cells and T-cells © Helmholz Centre for Infection Research/Dr. M. Rohde	157. Crosstalk between human DC-cells and T-cells © Helmholz Centre for Infection Research/Dr. M. Rohde	158. Crosstalk between human DC-cells and T-cells © Helmholz Centre for Infection Research/Dr. M. Rohde	159. Crosstalk between human DC-cells and T-cells © Helmholz Centre for Infection Research/Dr. M. Rohde	160. Crosstalk between human DC-cells and T-cells © Helmholz Centre for Infection Research/Dr. M. Rohde
161. T cell interacting with a fibroblastic reticular cell in the lymph node © United States Government Work (public domain)	162. T cell migrating in the lymph node © United States Government Work (public domain)	163. Trans-epithelial extension of lamina propria dendritic cell © United States Government Work (public domain)	164. Human nodular fasciitis (reactive, following trauma) © David Wilkinson, MD, PhD	165. A model of Fc-gamma-RIII and IgG1 complex © United States Government Work (public domain)
166. Crystal structure of human Fc-gamma-RIII in complex with IgG1-Fc © United States Government Work (public domain)	167. Crystal structure of human NKG2D in complex with ULBP3 © United States Government Work (public domain)	168. Crystal structure of KIR2DL2 in complex with HLA-Cw3 © United States Government Work (public domain)	169. Human blood cells © Public domain	170. Antigen-stimulated redistribution of Bcl10-GFP to punctate structures in T cells © United States Government Work (public domain)
171. Antigen-stimulated translocation of PKCtheta-GFP to the immunological synapse in T cells © United States Government Work (public domain)	172. CD11c + dendritic cells within the T cell zone of a naïve C57BL/6 spleen © Garnett Kelsoe	173. CD11b+ Myeloid cells within the splenic red pulp of a C57BL/6 mouse 17 days after immunization © Garnett Kelsoe	174. Ly-6G+ granulocytes within the splenic red pulp of a C57BL/6 mouse 17 days after immunization © Garnett Kelsoe	175. Ly-6G+ granulocytes within the splenic red pulp of a naïve C57BL/6 mouse © Garnett Kelsoe
176. FDC-M1+ follicular dendritic cells within the splenic germinal center of a C57BL/6 mouse 17 days after immunization © Garnett Kelsoe	177. F4/80+ macrophages distributed within the splenic germinal center of a C57BL/6 mouse 17 days after immunization © Garnett Kelsoe	178. ICAM-1+ cells arrayed along the splenic marginal zone and germinal center of a C57BL/6 mouse 17 days after immunization © Garnett Kelsoe	179. Follicular and germinal center B cells in the spleen of a C57BL/6 mouse 17 days after immunization © Garnett Kelsoe	180. T cells and B cells within the splenic white pulp of a naïve C57BL/6 mouse © Garnett Kelsoe
181. Distribution of CD11b+ myeloid cells in the intrafollicular area of an inguinal lymph node 17 days after i.p. immunization of a C57BL/6 mouse © Garnett Kelsoe	182. T cells and Ly-6G+ granulocytes in the T cell area of an inguinal lymph node 17 days after i.p. immunization of a C57BL/6 mouse © Garnett Kelsoe	183. Distribution of B cells, FDC-M1+ follicular dendritic cells, and ICAM-1+ cells within a germinal center of an inguinal lymph node 17 days after i.p. immunization of a C57BL/6 mouse © Garnett Kelsoe	184. ICAM-1+ cells identify a germinal center within a B cell follicle of an inguinal lymph node 17 days after i.p. immunization of a C57BL/6 mouse © Garnett Kelsoe	185. B and T cell zones in the inguinal lymph node 17 days after i.p. immunization of a C57BL/6 mouse © Garnett Kelsoe
186. T cells are abundant in the medullary cords of an inguinal lymph node 17 days after i.p. immunization of a C57BL/6 mouse © Garnett Kelsoe	187. Transmission electron micrograph of part of a human lymphocyte © Loyola University Stritch School of Medicine (LUMEN)	188. Transmission electron micrograph of a human lymphocyte in metaphase © Loyola University Stritch School of Medicine (LUMEN)	189. Transmission electron micrograph of a human lymphocyte in late prophase © Loyola University Stritch School of Medicine (LUMEN)	190. Interactions between dendritic cells and T cells © Ian Parker
191. 'Kissing' T cells © Ian Parker	192. Scanning electron micrograph (SEM) showing the tip of one of the prongs of a bifurcated smallpox vaccination needle © Public Domain	193. Scanning electron micrograph (SEM) showing the tip of one of the prongs of a bifurcated smallpox vaccination needle © Public Domain

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