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ESSA and Performance Assessments: Where States Go From Here

A recent summit meeting on assessment held in Virginia by Jobs for the Future suggests that that state may have solved some of the political challenges that have held back the advance of performance assessment.




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From "Shock and Awe" to Systemic Enabling: All Eyes on New Hampshire

Instead of creating change through compliance and extrinsic motivators, the new era of education and education policy will require ecosystems of policy, regulation, investment, and operating structure that enable, rather than dictate. Under New Hampshire's PACE accountability system districts and sc




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Personalized Learning in Action: Postcard From New Hampshire

Best known in education circles for its performance assessment, New Hampshire is a hotbed of innovation around personalized learning, writes Adriana Martinez of the Innovation Lab Network.




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Rapid Deployment of Remote Learning: Lessons From 4 Districts

Chief technology officers are facing an unprecedented test of digital preparedness due to the coronavirus pandemic, struggling with shortfalls of available learning devices and huge Wi-Fi access challenges.




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What Principals Learn From Roughing It in the Woods

In three days of rock climbing, orienteering, and other challenging outdoor experiences, principals get to examine their own—and others’—strengths and weaknesses as leaders.




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Call for Racial Equity Training Leads to Threats to Superintendent, Resistance from Community

Controversy over an intiative aimed a reducing inequities in Lee's Summit, Mo., schools led the police department to provide security protection for the district's first African-American superintendent. Now the school board has reversed course.




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Minnesota Education Leaders Grapple with Findings from Early-Ed. Audit

An audit of the early-childhood education offerings in Minnesota finds complexity and fragmentation as well as a lack of data about program effectiveness.




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Do Cops Belong in Schools? Minneapolis Tragedy Prompts a Hard Look at School Police

In the aftermath of last month’s killing of an unarmed Minneapolis man in police custody, school systems are re-examining their own contracts with local police agencies.




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Roman Catholic Students Sue Vermont Over Dual-Enrollment Lockout

A group of Vermont high school students backed by a powerful conservative Christian legal organization is accusing the state of religious discrimination.




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Three Takeaways From Penguins Embarrassing Loss To Stars

The Pittsburgh Penguins returned home after a three-game road trip only to get blown out by the Dallas Stars 7-1 on Monday night.




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Three Takeaways From Canadiens Wild Win In Buffalo

The Montreal Canadiens snapped a six-game losing streak with a 7-5 come-from-behind victory against the Buffalo Sabres on Remembrance Day.




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Canadiens: Goaltending Help From The Waiver Wire?

The Montreal Canadiens are struggling on many fronts this season and goaltending is not an exception.




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Underrated NHL Star Could Go From Jets' 'Hidden Secret' To Team USA Standout

Kyle Connor could be the NHL's most underrated player, even after the Winnipeg Jets got off to a historic start. He could also become a bona fide star at the 4 Nations Face-Off.




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Should The Blue Jackets Move On From David Jiříček?

With David Jiříček's future with the Columbus Blue Jackets up in the air, the question now becomes: Should the Blue Jackets move on from David Jiříček?




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Letters From Alaska

When it comes to education, the 49th state faces its own challenges, some of which are unique to Alaska and some that it shares with other rural states. This series explores how cultural and geographic barriers, teacher shortages, historical developments, and more have shaped schooling in Alaska.




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5 Winners (Colorado) and losers (Indiana) from the second College Football Playoff rankings

The second College Football Playoff rankings dropped on Tuesday night with Oregon retaining its status as the No. 1 team in the country ahead of No. 2 Ohio State and No. 3 Texas. College Football Playoff:




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Teacher Activism Played Prominent Role in Southern Governors' Races

Governors' races in Kentucky and Mississippi took center stage, testing the political muscle of teacher activists and yielding possible policy implications for everything from public employee pensions to teacher pay.




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Confederate president's name to disappear from Biloxi school




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W. Va. Governor Fires Sen. Joe Manchin's Wife From State Education Post

The legislature sent a proposal last week to Gov. Jim Justice's desk to shutter the state's advisory education and the arts department, leaving the Gayle Manchin and her staff in the lurch.




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Three Members of Navajo Family, Two of Them Educators, Die From COVID-19

Marie Pino, who taught generations of children in her Navajo community, died at 67. She had lost one of her sons, a school basketball coach, to coronavirus-related illness just weeks before; her husband, an emergency medical coordinator and pastor, died of the illness shortly after she did.




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Do Cops Belong in Schools? Minneapolis Tragedy Prompts a Hard Look at School Police

In the aftermath of last month’s killing of an unarmed Minneapolis man in police custody, school systems are re-examining their own contracts with local police agencies.




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String Bag from Sydney coastal area, collected before 1821

String or net bags are produced first by making rope, then weaving it together to make intricate loops that hold tog




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Oregon vs Baylor: Final score, highlights from women's basketball game

It's Oregon women's basketball vs. Baylor in a marquee nonconference college basketball matchup. Follow for live score updates, game highlights.




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Women's basketball notebook: Gonzaga got the best from a motivated Stanford team, a sign of respect for Bulldogs

Nov. 12—The Gonzaga women's basketball team has much to learn after a challenging loss at Stanford on Sunday. Losses have a way of exposing a team's shortcomings. And there is much to learn from the worst loss (89-58) in coach Lisa Fortier's 11 seasons. Stanford, unranked in the preseason poll for the first time since 1999-2000, is unranked no more. The Cardinal (3-0) entered at No. 24 in the ...




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Decoding and Reconstructing Color from Responses in Human Visual Cortex

Gijs Joost Brouwer
Nov 4, 2009; 29:13992-14003
BehavioralSystemsCognitive




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Targeting Cre Recombinase to Specific Neuron Populations with Bacterial Artificial Chromosome Constructs

Shiaoching Gong
Sep 12, 2007; 27:9817-9823
Toolbox




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BRCA1 Promotes Repair of DNA Damage in Cochlear Hair Cells and Prevents Hearing Loss

Cochlear hair cells (HCs) sense sound waves and allow us to hear. Loss of HCs will cause irreversible sensorineural hearing loss. It is well known that DNA damage repair plays a critical role in protecting cells in many organs. However, how HCs respond to DNA damage and how defective DNA damage repair contributes to hearing loss remain elusive. In this study, we showed that cisplatin induced DNA damage in outer hair cells (OHCs) and promoted OHC loss, leading to hearing loss in mice of either sex. Cisplatin induced the expression of Brca1, a DNA damage repair factor, in OHCs. Deficiency of Brca1 induced OHC and hearing loss, and further promoted cisplatin-induced DNA damage in OHCs, accelerating OHC loss. This study provides the first in vivo evidence demonstrating that cisplatin mainly induces DNA damage in OHCs and that BRCA1 promotes repair of DNA damage in OHCs and prevents hearing loss. Our findings not only demonstrate that DNA damage–inducing agent generates DNA damage in postmitotic HCs but also suggest that DNA repair factors, like BRCA1, protect postmitotic HCs from DNA damage–induced cell death and hearing loss.




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Erratum: Rosenberg et al., "{beta}-Adrenergic Signaling Promotes Morphological Maturation of Astrocytes in Female Mice"




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Investigation of Metaplasticity Associated with Transcranial Focused Ultrasound Neuromodulation in Humans

Low-intensity transcranial focused ultrasound stimulation (TUS) is a novel technique for noninvasive brain stimulation (NIBS). TUS delivered in a theta (5 Hz) burst pattern (tbTUS) induces plasticity in the human primary motor cortex (M1) for 30–60 min, showing promise for therapeutic development. Metaplasticity refers to activity-dependent changes in neural functions governing synaptic plasticity; depotentiation is the reversal of long-term potentiation (LTP) by a subsequent protocol with no effect alone. Metaplasticity can enhance plasticity induction and clinical efficacy of NIBS protocols. In our study, we compared four NIBS protocol combinations to investigate metaplasticity on tbTUS in humans of either sex. We delivered four interventions: (1) sham continuous theta burst stimulation with 150 pulses (cTBS150) followed by real tbTUS (tbTUS only), (2) real cTBS150 followed by sham tbTUS (cTBS only), (3) real cTBS150 followed by real tbTUS (metaplasticity), and (4) real tbTUS followed by real cTBS150 (depotentiation). We measured motor-evoked potential amplitude, short-interval intracortical inhibition, long-interval intracortical inhibition, intracortical facilitation (ICF), and short-interval intracortical facilitation before and up to 90 min after plasticity intervention. Plasticity effects lasted at least 60 min longer when tbTUS was primed with cTBS150 compared with tbTUS alone. Plasticity was abolished when cTBS150 was delivered after tbTUS. cTBS150 alone had no significant effect. No changes in M1 intracortical circuits were observed. Plasticity induction by tbTUS can be modified in manners consistent with homeostatic metaplasticity and depotentiation. This substantiates evidence that tbTUS induces LTP-like processes and suggests that metaplasticity can be harnessed in the therapeutic development of TUS.




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Retinal Input to Macaque Superior Colliculus Derives from Branching Axons Projecting to the Lateral Geniculate Nucleus

The superior colliculus receives a direct projection from retinal ganglion cells. In primates, it remains unknown if the same ganglion cells also supply the lateral geniculate nucleus. To address this issue, a double-label experiment was performed in two male macaques. The animals fixated a target while injection sites were scouted in the superior colliculus by recording and stimulating with a tetrode. Once suitable sites were identified, cholera toxin subunit B-Alexa Fluor 488 was injected via an adjacent micropipette. In a subsequent acute experiment, cholera toxin subunit B-Alexa Fluor 555 was injected into the lateral geniculate nucleus at matching retinotopic locations. After a brief survival period, ganglion cells were examined in retinal flatmounts. The percentage of double-labeled cells varied locally, depending on the relative efficiency of retrograde transport by each tracer and the precision of retinotopic overlap of injection sites in each target nucleus. In counting boxes with extensive overlap, 76–98% of ganglion cells projecting to the superior colliculus were double labeled. Cells projecting to the superior colliculus constituted 4.0–6.7% of the labeled ganglion cell population. In one particularly large zone, there were 5,746 cells labeled only by CTB-AF555, 561cells double labeled by CTB-AF555 and CTB-AF488, but no cell labeled only by CTB-AF488. These data indicate that retinal input to the macaque superior colliculus arises from a collateral axonal branch supplied by ~5% of the ganglion cells that project to the lateral geniculate nucleus. Surprisingly, there exist no ganglion cells that project exclusively to the SC.




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Neurophysiology of Effortful Listening: Decoupling Motivational Modulation from Task Demands

In demanding listening situations, a listener's motivational state may affect their cognitive investment. Here, we aim to delineate how domain-specific sensory processing, domain-general neural alpha power, and pupil size as a proxy for cognitive investment encode influences of motivational state under demanding listening. Participants (male and female) performed an auditory gap-detection task while the pupil size and the magnetoencephalogram were simultaneously recorded. Task demand and a listener's motivational state were orthogonally manipulated through changes in gap duration and monetary-reward prospect, respectively. Whereas task difficulty impaired performance, reward prospect enhanced it. The pupil size reliably indicated the modulatory impact of an individual's motivational state. At the neural level, the motivational state did not affect auditory sensory processing directly but impacted attentional postprocessing of an auditory event as reflected in the late evoked-response field and alpha-power change. Both pregap pupil dilation and higher parietal alpha power predicted better performance at the single-trial level. The current data support a framework wherein the motivational state acts as an attentional top–down neural means of postprocessing the auditory input in challenging listening situations.




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Pre- and Postsynaptic MEF2C Promotes Experience-Dependent, Input-Specific Development of Cortical Layer 4 to Layer 2/3 Excitatory Synapses and Regulates Activity-Dependent Expression of Synaptic Cell Adhesion Molecules

Experience- and activity-dependent transcription is a candidate mechanism to mediate development and refinement of specific cortical circuits. Here, we demonstrate that the activity-dependent transcription factor myocyte enhancer factor 2C (MEF2C) is required in both presynaptic layer (L) 4 and postsynaptic L2/3 mouse (male and female) somatosensory (S1) cortical neurons for development of this specific synaptic connection. While postsynaptic deletion of Mef2c weakens L4 synaptic inputs, it has no effect on inputs from local L2/3, contralateral S1, or the ipsilateral frontal/motor cortex. Similarly, homozygous or heterozygous deletion of Mef2c in presynaptic L4 neurons weakens L4 to L2/3 excitatory synaptic inputs by decreasing presynaptic release probability. Postsynaptic MEF2C is specifically required during an early postnatal, experience-dependent, period for L4 to L2/3 synapse function, and expression of transcriptionally active MEF2C (MEF2C-VP16) rescues weak L4 to L2/3 synaptic strength in sensory-deprived mice. Together, these results suggest that experience- and/or activity-dependent transcriptional activation of MEF2C promotes development of L4 to L2/3 synapses. Additionally, MEF2C regulates the expression of many pre- and postsynaptic genes in postnatal cortical neurons. Interestingly, MEF2C was necessary for activity-dependent expression of many presynaptic genes, including those that function in transsynaptic adhesion and neurotransmitter release. This work provides mechanistic insight into the experience-dependent development of specific cortical circuits.




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See the Tools and Gadgets From Julia Child’s Kitchen That Reveal How the Beloved Chef Cooked

From the microwave to the food processor, the book author and television personality tried many appliances and devices to figure out the best ways to use them for her audience




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See 11 of the Best Wildlife Photographs From Years Past

A new book reveals striking images from six decades of the beloved Wildlife Photographer of the Year competition




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Could Anyone Bring an Extinct Animal Back to Life? And More Questions From Our Readers

You’ve got questions. We’ve got experts




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From Candy to Lightbulbs, Felix Gonzalez-Torres Showed Life and Loss Through Everyday Objects

A new exhibition co-presented by the National Portrait Gallery and the Archives of American Art explores the seminal artist’s work




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Rome Based Agencies making an impact in Burkina Faso

FAO, IFAD and WFP/Burkina [...]




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The Pre-Summit of the UN Food Systems Summit, 26-28 July 2021, Rome

Delivering the latest evidence-based and scientific approaches, launching new commitments for food systems transformation.





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Transforming agrifood systems: from strategy to action

The Committee on Agriculture (COAG) is one of FAO’s Governing Bodies providing overall policy and regulatory guidance on issues relating to agriculture, livestock, food safety, nutrition, rural development and [...]




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ROME WATER DIALOGUE, a Special Event on the road to the UN 2023 Water Conference 29 November 2022, 09.00-16.15 (CET)

Water is one of the world´s most important resources. It is central to agriculture that accounts for 72 percent of global freshwater withdrawals, to other economic sectors and is essential [...]




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Rome Water Dialogue 2023

FAO invites all Members to the second installment of the Rome Water Dialogue at FAO headquarters in Rome, Italy, on October 4-5, 2023, building on the success of the first [...]




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Saving Amphibians From Deadly Fungus

Building captive colonies for eventual re-introduction to the wild, scientists from Atlanta rescue endangered frogs and other amphibians threatened with extinction by a fatal fungus spreading through South American forests




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Coming July 27: There's More to That from Smithsonian magazine and PRX

Smithsonian magazine covers history, science and culture in the way only it can — through a lens on the world that is insightful and grounded in richly reported stories. On There's More to That, meet the magazine's journalists and hear how they discover the forces behind the biggest issues of our time. 




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This Bandit-Faced Dino Hid From Predators Using Multiple Types of Camouflage

Credit: David Marshall, University of Bristol




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Lava Stream From Kilauea Volcano

A massive lava stream from Kilauea Volcano flows into the ocean from a lava tube at the Kamokuna ocean entry on the southeast side of the Big Island at sunrise. Credit Elyse Butler




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Thomas Cromwell: Henry VIII's Partner in Crime

In 1536, Thomas Cromwell spotted an opportunity to enrich his master, Henry VIII, and further increase his own standing: the dissolution of the monasteries and claiming their wealth for the Crown.




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Baby Talk From a Rhesus Macaque

Watch how a mother rhesus makes funny faces to her infant child to grab its attention




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SmartNews: Making Gasoline from Bacteria

Researchers from South Korea have discovered a unconventional way to produce gasoline.




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Ask Smithsonian: What Keeps Satellites From Falling Out of the Sky?

Are you the kind of person who needs to know what keeps satellites from plummeting to the Earth in a big, fiery ball? Then you need to watch this one-minute video, where Ask Smithsonian host Eric Schulze gives us the lowdown on what-in-the-name-of-science makes those satellites stay up.