Cell Companies - Whitmill Trust
... The legislation provides that creditors of a particular Cell only have a right of recourse from the assets of the relevant Cell. The creditor is not able to seek recovery from the Cell Company itself. This is worthy of mention given that in other jurisdictions the creditors for a Cell are usually al ...
... The legislation provides that creditors of a particular Cell only have a right of recourse from the assets of the relevant Cell. The creditor is not able to seek recovery from the Cell Company itself. This is worthy of mention given that in other jurisdictions the creditors for a Cell are usually al ...
Engineering micro and nanostructured interfaces for therapeutic
... to time the release multiple drugs to deliver in a controlled manner to house engineered cellular "factories" To facilitate tissue integration and bioadhesion ...
... to time the release multiple drugs to deliver in a controlled manner to house engineered cellular "factories" To facilitate tissue integration and bioadhesion ...
Contribution of the Plasma Membrane and Central Vacuole in the
... autolysosomes were accumulating. While these putative endosomes possessed a strong fluorescence, the autolysosomes did not show fluorescence with comparable intensity (Fig. 1B; compare fluorescence and Nomarski images in E64, 30 min). Although we occasionally observed dotted structures that possesse ...
... autolysosomes were accumulating. While these putative endosomes possessed a strong fluorescence, the autolysosomes did not show fluorescence with comparable intensity (Fig. 1B; compare fluorescence and Nomarski images in E64, 30 min). Although we occasionally observed dotted structures that possesse ...
Comparing Automated and Manual Cell Counts for Cell Culture
... the 15–25% range. Beckman Coulter claims a counting accuracy of ±6% using well-defined particles such as polystyrene beads (6). That level of accuracy is difficult to obtain in practice with cell culture samples, which are more heterogeneous because of their wider size distribution and the presence ...
... the 15–25% range. Beckman Coulter claims a counting accuracy of ±6% using well-defined particles such as polystyrene beads (6). That level of accuracy is difficult to obtain in practice with cell culture samples, which are more heterogeneous because of their wider size distribution and the presence ...
PDF
... angles to one another to produce four cells of equal size. This is followed by a transverse division that separates the two tiers, generating the octant stage embryo (Fig. 1). At this stage, the upper tier is slightly, but significantly, smaller than the lower tier (Yoshida et al., 2014). All cells ...
... angles to one another to produce four cells of equal size. This is followed by a transverse division that separates the two tiers, generating the octant stage embryo (Fig. 1). At this stage, the upper tier is slightly, but significantly, smaller than the lower tier (Yoshida et al., 2014). All cells ...
Morphological Aspect of the Midgut of Anopheles aquasalis
... SUMMARY: The midgut of adult female Anopheles aquasalis presents a narrow anterior or thoracic region and a distensible posterior or abdominal region constituted by the epithelium formed by a cell layer whose apical portion presents microvilli and the basal portion, a basal labyrinth. The thoracic r ...
... SUMMARY: The midgut of adult female Anopheles aquasalis presents a narrow anterior or thoracic region and a distensible posterior or abdominal region constituted by the epithelium formed by a cell layer whose apical portion presents microvilli and the basal portion, a basal labyrinth. The thoracic r ...
Respiration Take
... d. There is no difference; these terms are different names for the same process. 13. Which of the following is not formed during the Krebs cycle? a. CO2 c. NADH b. FADH2 d. NADPH 14. Which of the following is not part of cellular respiration? a. electron transport c. the Krebs cycle b. glycolysis d. ...
... d. There is no difference; these terms are different names for the same process. 13. Which of the following is not formed during the Krebs cycle? a. CO2 c. NADH b. FADH2 d. NADPH 14. Which of the following is not part of cellular respiration? a. electron transport c. the Krebs cycle b. glycolysis d. ...
Cell Structure and Function
... proteins cannot? 3. Which organelle is responsible for Cellular Respiration and the production of ATP? 4. Which organelles are the framework that create the ...
... proteins cannot? 3. Which organelle is responsible for Cellular Respiration and the production of ATP? 4. Which organelles are the framework that create the ...
Cell organization and ultrastructure of a magnetotactic multicellular
... the unicellular magnetotactic bacteria, MMAs and MMPs have magnetic crystals inside the cytoplasm, which are responsible for aligning the whole organism along the magnetic fields (Farina et al., 1983; Farina et al., 1990; Rodgers et al., 1990). In most magnetotactic bacteria, these crystals are comp ...
... the unicellular magnetotactic bacteria, MMAs and MMPs have magnetic crystals inside the cytoplasm, which are responsible for aligning the whole organism along the magnetic fields (Farina et al., 1983; Farina et al., 1990; Rodgers et al., 1990). In most magnetotactic bacteria, these crystals are comp ...
Ecto-enzymes ofmammary gland and its tumours
... (Carraway et al., 1979). The experimental values reported here are averages of duplicate determinations, except as noted, varying less than 15% from the reported value. The major source of variation was in the cell and membrane preparations, resulting in different specific activities. Moreover, each ...
... (Carraway et al., 1979). The experimental values reported here are averages of duplicate determinations, except as noted, varying less than 15% from the reported value. The major source of variation was in the cell and membrane preparations, resulting in different specific activities. Moreover, each ...
functional differentiation of enterocytes in the follicle
... 1978; Chu, Glock & Ross, 1979). The possibility exists that cells formed in the FAE might have their pattern of differentiation determined, in part, through close contact with underlying lymphoid tissue (Smith & Peacock, 1980). The ability of villus enterocytes to take up different amino acids, whic ...
... 1978; Chu, Glock & Ross, 1979). The possibility exists that cells formed in the FAE might have their pattern of differentiation determined, in part, through close contact with underlying lymphoid tissue (Smith & Peacock, 1980). The ability of villus enterocytes to take up different amino acids, whic ...
Embryonic electronics - The Department of Computer Science
... reader should bear this in mind when encountering biological terms that have taken on new meanings (at least with respect to their strict biological definitions). ...
... reader should bear this in mind when encountering biological terms that have taken on new meanings (at least with respect to their strict biological definitions). ...
Experimental Investigation of Ultrasonic Trapping
... The sorting and trapping of target cells and suspended particles from a medium is of great importance to cell biology, drug delivery and related fields in biomedicine. Furthermore; the ability to separate and trap micro-particles is of profound interest to the biomedical community to obviate current ...
... The sorting and trapping of target cells and suspended particles from a medium is of great importance to cell biology, drug delivery and related fields in biomedicine. Furthermore; the ability to separate and trap micro-particles is of profound interest to the biomedical community to obviate current ...
Document
... If the edges are not lined up flush, misalignment will be maintained during the healing process and may impede the formation a skin layer across the skin surface or result in excessive scar tissue formation. ...
... If the edges are not lined up flush, misalignment will be maintained during the healing process and may impede the formation a skin layer across the skin surface or result in excessive scar tissue formation. ...
Chapter 10 Notes - Las Positas College
... G. Muscle tissue can be stretched by the contraction of an opposing muscle. This is called muscle extension and should not be confused with muscle elasticity. H. Muscles attach to the skeleton at a near optimal length for generating the strongest pulling forces. I. Sarcomeres resist overextension du ...
... G. Muscle tissue can be stretched by the contraction of an opposing muscle. This is called muscle extension and should not be confused with muscle elasticity. H. Muscles attach to the skeleton at a near optimal length for generating the strongest pulling forces. I. Sarcomeres resist overextension du ...
The cell as a material - People@MPI
... the material is said to be in the linear regime of its mechanical response. This is usually probed by applying a small oscillatory stress or strain to the material (white double-headed arrow) and measuring the response. However, under larger deformations, the stress for many biological materials inc ...
... the material is said to be in the linear regime of its mechanical response. This is usually probed by applying a small oscillatory stress or strain to the material (white double-headed arrow) and measuring the response. However, under larger deformations, the stress for many biological materials inc ...
Cell-Doc
... 3. All cells, from all organisms, are surrounded by a CELL MEMBRANE. 4. The Cell Membrane is a thin layer of Lipid and Protein that separates the cell's content from the world around it. 5. The Cell Membrane Functions like a GATE, Controlling what ENTERS and LEAVES the Cell. ...
... 3. All cells, from all organisms, are surrounded by a CELL MEMBRANE. 4. The Cell Membrane is a thin layer of Lipid and Protein that separates the cell's content from the world around it. 5. The Cell Membrane Functions like a GATE, Controlling what ENTERS and LEAVES the Cell. ...
Liver, Bio-Artificial - MSU College of Engineering
... into implantable devices such as microcarriers (beads 200–300 mm in diameter that the cells can attach to), hydrogels, and other polymeric matrices. The most suitable implantation sites appear to be those that provide a microenvironment resembling that of liver, i.e., with a substrate that promotes ...
... into implantable devices such as microcarriers (beads 200–300 mm in diameter that the cells can attach to), hydrogels, and other polymeric matrices. The most suitable implantation sites appear to be those that provide a microenvironment resembling that of liver, i.e., with a substrate that promotes ...
further characterization of the f1-histone
... Several basic aspects of this observed phosphorylation-dephosphorylation reaction need to be studied before insight into its regulation and biological function is achieved . Foremost is the question of whether the phosphorylation of F1 which occurs at mitosis is mediated through the same phosphokina ...
... Several basic aspects of this observed phosphorylation-dephosphorylation reaction need to be studied before insight into its regulation and biological function is achieved . Foremost is the question of whether the phosphorylation of F1 which occurs at mitosis is mediated through the same phosphokina ...
File - need help with revision notes?
... dying). They do this by making sure that the leaf acts as a sink for phloem transport, meaning that the leaf is guaranteed a good supply of nutrients. Usually, auxins inhibit abscission: as long as a leaf is producing plenty of auxin, it will not fall off the tree. As autumn approaches and leaves ag ...
... dying). They do this by making sure that the leaf acts as a sink for phloem transport, meaning that the leaf is guaranteed a good supply of nutrients. Usually, auxins inhibit abscission: as long as a leaf is producing plenty of auxin, it will not fall off the tree. As autumn approaches and leaves ag ...
Title Single-cell cDNA microarray profiling of complex biological
... with oligonucleotide microarrays, it was first applied to the ICM of early mouse blastocysts at E3.5 [4]. The ICM cells form a morphologically homogeneous population at E3.5, and one day later (E4.5), some of them are differentiated into primitive endoderm (PE) while the others are differentiated in ...
... with oligonucleotide microarrays, it was first applied to the ICM of early mouse blastocysts at E3.5 [4]. The ICM cells form a morphologically homogeneous population at E3.5, and one day later (E4.5), some of them are differentiated into primitive endoderm (PE) while the others are differentiated in ...
The Dictyostelium cell cycle and its relationship to differentiation
... do not go through a second round of mitosis and S-phase during development. Those cells that have not yet reached this cell cycle control point at the time of starvation halt at this point during early development. These cells will become prespore cells. The cell cycle block is released at the mound ...
... do not go through a second round of mitosis and S-phase during development. Those cells that have not yet reached this cell cycle control point at the time of starvation halt at this point during early development. These cells will become prespore cells. The cell cycle block is released at the mound ...
Theranostics Using C-Arm X-Ray Imaging to Guide Local Reporter
... In the present study, mesenchymal stem cells (MSCs) were transfected with triple fusion reporter gene containing red fluorescent protein, truncated thymidine kinase (SPECT/PET reporter) and firefly luciferase (bioluminescence reporter). Transfected cells were microencapsulated in either unlabeled or ...
... In the present study, mesenchymal stem cells (MSCs) were transfected with triple fusion reporter gene containing red fluorescent protein, truncated thymidine kinase (SPECT/PET reporter) and firefly luciferase (bioluminescence reporter). Transfected cells were microencapsulated in either unlabeled or ...
BAFF Binds to the Tumor Necrosis Factor Receptor–like
... bodies and to a lesser extent with Flag-BAFF, whereas untransfected cells or cells transfected with a control plasmid were not (Fig. 2 A). We also found that tonsillar B cells were stained with both anti-BCMA and Flag-BAFF (Fig. 2 B), suggesting that surface expression of BCMA also occurs in primary ...
... bodies and to a lesser extent with Flag-BAFF, whereas untransfected cells or cells transfected with a control plasmid were not (Fig. 2 A). We also found that tonsillar B cells were stained with both anti-BCMA and Flag-BAFF (Fig. 2 B), suggesting that surface expression of BCMA also occurs in primary ...
Tissue engineering
Tissue engineering is the use of a combination of cells, engineering and materials methods, and suitable biochemical and physicochemical factors to improve or replace biological functions. While it was once categorized as a sub-field of biomaterials, having grown in scope and importance it can be considered as a field in its own right.While most definitions of tissue engineering cover a broad range of applications, in practice the term is closely associated with applications that repair or replace portions of or whole tissues (i.e., bone, cartilage, blood vessels, bladder, skin, muscle etc.). Often, the tissues involved require certain mechanical and structural properties for proper functioning. The term has also been applied to efforts to perform specific biochemical functions using cells within an artificially-created support system (e.g. an artificial pancreas, or a bio artificial liver). The term regenerative medicine is often used synonymously with tissue engineering, although those involved in regenerative medicine place more emphasis on the use of stem cells or progenitor cells to produce tissues.