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SOCI 498.50: Sociology Internship SVC/LRN

Bunch, Jackson M.

In: University of Montana Course Syllabi, 2021-2025, 2024

Online academicJournal

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SOCI 498.01: Sociology Internship - SVC / LRN

Tuttle, James

In: University of Montana Course Syllabi, 2021-2025, 2022

Online academicJournal

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SOCI 498.01: Internship SERV/LRN

Rooks, Daisy

In: University of Montana Course Syllabi, 2019

Online academicJournal

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ENST 476.01A: Environmental Citizen SVC/LRN

Saha, Robin

In: University of Montana Course Syllabi, 2019

Online academicJournal

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ENST 476.01A: Environmental Citizen SVC/LRN

Saha, Robin

In: University of Montana Course Syllabi, 2018

Online academicJournal

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LRN: Limitless Routing Networks for Effective Multi-task Learning

Wickman, Ryan Patrick

In: Electronic Theses and Dissertations, 2021

academicJournal

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Relationship between R 2 and the relative insurance benefit ( RIB ) for the 24 combination of four regression modelling approaches: Linear (lm), piecewise linear with z-scores less than 0 (lm0), piecewise linear with z-scores less than -0.5 (lm5), and segmented regression (sm), using z-scores derived from six data sources: Log MODIS NDVI (LMD), log NOAA NDVI (LNO), log rainfall (LRN), MODIS NDVI (MD), NOAA NDVI (NO), and rainfall (RN).

Benson K. Kenduiywo (11539831) ; Michael R. Carter (11539834) ; et al.

2021

Bild

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n-symplectic quantization on LRn

Norris, L. K. ; Brown, Jonathan D.

2009

academicJournal

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KIN 201.00: Basic Exercise Prescription - SVC/LRN

Domitrovich, Stephanie

In: University of Montana Course Syllabi, 2014

Online academicJournal

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AHHS 395.01: Geriatric Practicum - SVC/LRN

Hudgins, Gayle A.

In: University of Montana Course Syllabi, 2014

Online academicJournal

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DANC 497.01: Methods: Movement in Schools - SVC-LRN

Kaufmann, Karen A.

In: University of Montana Course Syllabi, 2014

Online academicJournal

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Figure 7. Summary diagram depicting the flow of twitch-related activity in the cerebellar system during active sleep in week-old rats. ; A motor command from the MDJ to muscle (green line) produces a twitch. At the same time, twitch-related CD (red lines) is conveyed from the MDJ to the cerebellum via the IO and LRN. In addition, twitch-related reafference (blue lines) is conveyed to the cerebellum via the LRN. Also, as shown previously (Tiriac and Blumberg, 2016), reafference to the ECN is not gated during active sleep as it is during wake, thus allowing it to flow unimpeded to the cerebellum. Dotted lines denote hypothesized connections.

2018

unknown

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Figure 4—figure supplement 1. MDJ stimulation increases c-Fos expression in the IO and LRN. ; (A) Coronal reconstructions of the stimulation sites within the red nucleus (RN; red dots) and in the MDJ region outside the RN (blue dots) in P8 rats. Dk: nucleus Darkschewitsch; MA3: accessory oculomotor nucleus. (B) For two different pups, Nissl-stained sections at the level of the IO (left) and adjacent sections showing c-Fos expression in response to stimulation within the MDJ but outside the RN (blue dots in A). The boundary of the IO is indicated by white dotted lines. (C) For the same pup, Nissl-stained sections at the level of the LRN (left) and adjacent sections showing c-Fos expression in response to RN stimulation (red dots in A). The boundary of the LRN is indicated by white dotted lines.

2018

unknown

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Figure 3. The LRN receives twitch-related corollary discharge and reafference signals. ; (A) Diagram depicting afferent and efferent connections of the LRN. Pathways conveying motor commands (green), reafference (blue), and corollary discharge (red) are shown (see Alstermark and Ekerot, 2013). C: cervical segment; Cb: cerebellum; iFT: ipsilateral forelimb tract; bVFRT: bilateral ventral flexor reflex tract. (B) Left: Representative coronal Nissl-stained brain section to show the trace of a DiI-coated electrode placed within the LRN (red line). Right: Electrode placements (red circles) within the LRN in two coronal sections across all P8 subjects (n = 9). D: dorsal; M: medial; AP: antero-posterior distance in relation to lambda. (C) Representative recording of rectified nuchal EMG activity and multiunit activity (MUA) in the LRN during spontaneous sleep-wake cycling. Asterisks denote twitches and the horizontal bar denotes a period of active wake movements as scored by the experimenter. (D) Stacked plot showing the percentage of LRN units that were AS-on, AS+AW-on, and AW-on. (E) Mean (+SEM) firing rates of AS-on (left) and AS+AW-on (right) units across behavioral states. Each individual unit included in these means was significantly state dependent. * significant difference from the other two behavioral states, p < 0.02. (F) Stacked plot showing the percentage of LRN units that significantly increased their firing rates within two time windows in relation to twitch onset: ±10 ms (red) and >10 ms (blue). ns: not significant. (G) Perievent histograms (5-ms bins) showing LRN unit activity in relation to twitches. Left: Data pooled across 12 units (triggered on 3688 twitches) that significantly increased their activity in the ±10-ms time window (red). Right: Data pooled across the 12 units (triggered on 5264 twitches) that exhibited a significant peak in the >10-ms time window (blue). Upper and lower confidence bands (p < 0.01 for each band) are indicated by horizontal dashed lines. (H) Perievent histogram (20-ms bins) showing LRN unit activity in response to forelimb or hindlimb stimulation for those units (6/12) that significantly increased their activity in the >10-ms time window (blue histogram in G). Black vertical dashed line denotes stimulation onset as determined using EMG activity.

2018

unknown

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Figure 4. Retrograde labeling of the mesodiencephalic junction (MDJ) after infusion of WGA into the IO and LRN of P8 rats. ; (A) Left column: Coronal section depicting WGA-555 diffusion at the injection site in the IO; an adjacent Nissl-stained section is shown above. Right column: Nissl-stained coronal sections within the MDJ; retrograde labeling in the regions within the red-dashed boxes is shown at right for adjacent sections. No labeling was seen in the nucleus of Darkschewitsch (Dk) or RN, consistent with published work in adult rats (Ruigrok et al., 2014). White dashed lines show the boundaries of the fasciculus retroflexus (fr) and RN. (B) Left column: Coronal section depicting WGA-555 diffusion at the injection site in the LRN; an adjacent Nissl-stained section is shown above. Right column: Nissl-stained coronal section at the level of the RN; retrograde labeling in the region within the red-dashed box is shown at right for an adjacent section. White dashed line shows the ventromedial boundary of the RN. (C) Left column: Nissl-stained coronal sections from a single P8 rat to show the sites of WGA injection in the IO (WGA-555, red) and contralateral LRN (WGA-488, green); red-dashed boxes denote regions for the adjacent fluorescent sections shown at right. Right column: Nissl-stained coronal section at the level of the RN; retrograde labeling in the region within the red-dashed box is shown at right for an adjacent section. White dashed line shows the ventromedial boundary of the RN. D: dorsal; M: medial. All scale bars are 500 µm.

2018

unknown

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Collaborative logical framework: An e-learning assesment tool in .LRN platform

Alvarado, Jose Vega ; Alfaro, Agustin Francesa ; et al.

In: 2016 XI Latin American Conference on Learning Objects and Technology (LACLO, 2016

Online Konferenz

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LRN neurons exhibit two kinds of twitch-related activity

Mukherjee, Didhiti ; Sokoloff, Greta ; et al.

2018

Online unknown

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Minimum (min) and maximum (max) value of mean oviposition time (hh:mm) for a given laying pattern in the nests at the peak and middle production.

Lorry Becot (10833073) ; Nicolas Bedere (10833076) ; et al.

2021

academicJournal

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Phenotypic data statistics for the mean time of entry for nest visits with oviposition.

Lorry Becot (10833073) ; Nicolas Bedere (10833076) ; et al.

2021

academicJournal

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Clutch number calculation with data of individual electronic nests.

Lorry Becot (10833073) ; Nicolas Bedere (10833076) ; et al.

2021

academicJournal

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