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Our scientists and engineers are pushing the limits of state-of-the-art technology. We are targeting applications that promise to deliver unprecedented capabilities, including image processing, speech recognition, laser interferometry, and optical communication. Our expertise in a number of domains enables us to tackle these challenges with a variety of implementation technologies, including reconfigurable computers, MCMs (multi-chip modules), MEMS (micro-electromechanical systems), and analog ICs (integrated circuits).
If making a beam out of lumber, choose vertical grain like this over plain sawn face grain if possible as it will be less likely to crack. This is never a choice with a round or split log.
Surface on the right shows bloom deposited in the tanning process. The section on the left has been scrubbed clean with an old hair brush with medium bristles. The dark stain in the center is where the skin floated above the surface of the tan liquor :-/
The common rectangular plastic storage tubs with lids are the most versatile. Choose designs that can be rained on without funneling any water into the tub if possible. Some do not have that kind of overhang on the lids, or have holes of some kind on the edges. All of these others also get used, but none are particularly better than rectangular tubs.
A serviceable homemade sicking iron and a cheap dough scraper. The dough scraper is on the thin side, is already rusting and should be modified to narrow it. It is probably better to check in with local scrap yards, metal fabricators and sheet metal workers.
Instances in the schematic are linked to simulation models for the designers choice of behavioural modelling from transistor level SPICE to HDL blocks (Verilog or VHDL). Out of the box, S-Edit is integrated with several analog transistor level simulators and mixed signal simulation platforms to suit the users needs. The primary solutions are AFS for SPICE simulation and Symphony for co-simulation with digital portions of a design.
The Tanner Quick Start Guide video series is a very efficient way to start working with the Tanner EDA suite. Each video executes common tasks with step-by-step descriptions and tips.
Tanner Tools, LLC was founded in 2008, with more than 40 years of experience in the maintenance and construction industry. Our goal is to design and develop tools to get the job done in a more efficient, easier, and safer work environment. If you are concerned with ergonomics and work safety then Tanner Tools llc is ready to help.
Tanner Tools are fully-integrated solutions consisting of front end tools for schematic capture, circuit simulation, and waveform probing, and back tools for physical layout and hierarchical, foundry-compatible design rule checking (DRC) verification.
Tuberculosis (TB) remains a leading global cause of morbidity and mortality and an effective new vaccine is urgently needed. A major barrier to the rational development of novel TB vaccines is the lack of a validated immune correlate or biomarker of protection. Mycobacterial Growth Inhibition Assays (MGIAs) provide an unbiased measure of ability to control mycobacterial growth in vitro, and may represent a functional correlate of protection. However, the biological relevance of any potential correlate can only be assessed by determining the association with in vivo protection from either a controlled mycobacterial infection or natural development of TB disease. Our data demonstrate that the direct MGIA using peripheral blood mononuclear cells (PBMC) is measuring a biologically relevant response that correlates with protection from in vivo human BCG infection across two independent cohorts. This is the first report of an MGIA correlating with in vivo protection in the species-of-interest, humans, and furthermore on a per-individual as well as per-group basis. Control of mycobacterial growth in the MGIA is associated with a range of immune parameters measured post-BCG infection in vivo including the IFN-γ ELISpot response, frequency of PPD-specific IFN-γ or TNF-α producing CD4+ T cells and frequency of specific sub-populations of polyfunctional CD4+ T cells. Distinct transcriptomic profiles are associated with good vs. poor mycobacterial control in the MGIA, with good controllers showing enrichment for gene sets associated with antigen processing/presentation and the IL-23 pathway, and poor controllers showing enrichment for hypoxia-related pathways. This study represents an important step toward biologically validating the direct PBMC MGIA for use in TB vaccine development and furthermore demonstrates the utility of this assay in determining relevant immune mechanisms and pathways of protection.
Figure 1. Mycobacterial growth in the MGIA is inhibited in BCG-vaccinated compared with naïve volunteers and correlates with BCG recovered from biopsy following in vivo BCG infection (Study 1). Samples were taken from Study 1. n = 24 healthy human volunteers, half of whom were BCG-naïve and half of whom were historically BCG-vaccinated, were infected with intradermal BCG. The direct PBMC MGIA was conducted on cells and serum taken at the day of infection and the ratio of mycobacterial growth at the end of the 96 h culture relative to an inoculum control was determined (A). As previously reported, the BCG load was quantified from skin biopsy specimens at the site of challenge 2 weeks later using PCR (B). The association between mycobacterial growth in the MGIA and BCG recovered from biopsies in the BCG vaccinated group by both PCR (C) and culture CFU (D) was determined. Bars represent the median values with interquartile range (IQR). For (A,B) a Mann-Whitney U test was performed, where *p < 0.05 and ****p < 0.0001. For (C,D) a Spearman's correlation was performed. MGIA growth ratio = log10(CFU of sample/CFU of control).
Figure 2. Mycobacterial growth in the MGIA is inhibited in BCG-vaccinated compared with naïve volunteers and correlates with BCG recovered from biopsy following in vivo BCG infection (Study 2). Samples were taken from Study 2. n = 48 healthy human volunteers were assigned to groups A and B (BCG-naïve) or groups C and D (historically BCG vaccinated). Groups B and D received the candidate TB vaccine MVA85A. All volunteers were then infected with intradermal BCG. The direct PBMC MGIA was conducted on cells and plasma taken at the day of infection and the ratio of mycobacterial growth at the end of the 96 h culture relative to an inoculum control was determined (A). As previously reported, the BCG load was quantified from skin biopsy specimens at the site of challenge 2 weeks later using PCR (B). The association between mycobacterial growth in the MGIA and BCG recovered from biopsies was determined for all groups combined (C) and for the BCG-vaccinated group (group C) only (D). Bars represent the median values with IQR. For (A) a Kruskal Wallis test with Dunn's multiple comparisons was performed and for (B) a one-way ANOVA with Tukey's multiple comparisons test was performed, where *p < 0.05, **p < 0.005, and ***p < 0.0005. For (C,D) a Spearman's correlation was performed. MGIA growth ratio = log10(CFU of sample/CFU of control).
Figure 3. Frequency of cytokine-producing specific CD4+ T cells is associated with improved control of mycobacterial growth in the MGIA. Samples were taken from Study 2. n = 48 healthy human volunteers were assigned to groups A and B (BCG-naïve) or groups C and D (historically BCG vaccinated). Groups B and D received the candidate TB vaccine MVA85A. All volunteers were then infected with intradermal BCG, and frequency of PPD-specific IFN-γ producing CD4+ T cells were measured at 2 weeks post-infection using whole blood ICS (A). The direct PBMC MGIA was conducted on cells and serum taken at the day of challenge and the ratio of mycobacterial growth at the end of the 96 h culture relative to an inoculum control was determined. The association between mycobacterial growth in the MGIA and the frequency of PPD-specific IFN-γ producing CD4+ T cells was determined for all groups combined (B) and for the BCG-vaccinated group (group C) only (C). Bars represent the median values with IQR. For (A), a one-way ANOVA with Tukey's multiple comparisons was performed where *p < 0.05, ***p < 0.0005, and ****p < 0.0001. For (B,C) a Spearman's correlation was performed. MGIA growth ratio = log10(CFU of sample/CFU of control).
Figure 4. Frequency of sub-populations of cytokine-producing specific CD4+ T cells is associated with improved control of mycobacterial growth in the MGIA. Samples were taken from Study 2. n = 48 healthy human volunteers were assigned to groups A and B (BCG-naïve) or groups C and D (historically BCG vaccinated). Groups B and D received the candidate TB vaccine MVA85A. All volunteers were then infected with intradermal BCG, and the frequency of PPD-specific CD4+ T cells producing each of the possible expression profile permutations of the cytokines IFN-γ, TNF-α, IL-2, and IL-17 was determined by flow cytometry using whole blood samples taken at 2 weeks post-infection. The direct PBMC MGIA was conducted on cells and plasma taken at the day of challenge and the ratio of mycobacterial growth at the end of the 96 h culture relative to an inoculum control was determined. The association between mycobacterial growth in the MGIA at day of challenge and frequency of CD4+ T cells producing each profile was determined for all groups combined (A) or for the BCG-vaccinated group (group C) only (B) using Spearman's rank correlation, where light blue shading indicates a p < 0.05 and darker blue shading indicates a p < 0.01. Gray bars indicate the mean frequency of each sub-population of cells with the SEM.
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