Protein News

George McFadden is a Protein Designer. He works endless hours studding complexity of protein the focus of our lab has been the development and application of computational protein design methods with the overarching aim of elucidating the relationships between amino acid sequence, protein structure, and biological function. In contrast to a traditional “mutagenic” paradigm, we seek to develop quantitative models based on protein physical chemistry that allow for the direct testing of hypotheses that speak to the structure, function, and evolution of biological macromolecules. This “design” paradigm manifests itself first in the development of computational methodologies capable of addressing the combinatorial complexity of protein sequence design, second in the development of potential energy functions tailored specifically for protein design, and finally in the application of the resulting quantitative methods for the exploration of a broad range of biophysical questions, ranging from the thermodynamic basis of protein stability to the role of calmodulin in synaptic plasticity. Our efforts encompass both multidisciplinary and interdisciplinary activities, including applied mathematics and computer science, physical chemistry, experimental protein chemistry, and NMR (nuclear magnetic resonance) and x-ray crystallographic structure determination.

Image representing Algonomics as depicted in C...

Image via CrunchBase

Computational Methods Development
The large-scale combinatorial problem associated with computational protein design has largely been overcome in recent years. In particular, two algorithms have emerged that allow for the exact (or nearly exact) solution of even exceedingly large problems. The HERO (hybrid exact roamer optimization) algorithm creatively combines dominance criteria based on the dead-end elimination theorem and a stochastic search into a unified framework that results in an overall exact, but non deterministic, search capable of identifying global minimum energy conformations (GMECs) for large design problems. The HERO algorithm has become our standard tool when GMEC solutions are desired (as in cases related to force field optimization).

More recently, we have changed our focus to the further development of combinatorial optimization algorithms for cases where GMEC solutions are not necessarily required (most large design cases). We have extended the FASTER (fast and accurate side-chain topology and energy refinement) algorithm, first developed by Johan Desmet (AlgoNomics, Belgium) and coworkers for side-chain placement calculations, to allow for amino acid sequence design. The most significant extensions include parallel initializations for compatibility with both the combinatorial demands of sequence design and the typical multiprocessor hardware setups used for large calculations, replacement of the initial phases of the calculation with a fast Monte Carlo search that provides vastly superior initial rotamer configurations, and implementation of a “zone” optimization procedure in the final refinement steps that significantly accelerates the calculation without compromising solution quality. As an example, for a large optimization composed of 10303 possible rotamer solutions, these extensions result in a performance improvement of as much as 8-fold (11.5 hours vs. 1.5 hours) over the published version of the FASTER algorithm. In this case, the resulting solution is the GMEC, which was confirmed by HERO. The time required to obtain the GMEC using HERO, however, is 59 times longer (~4 days) than for our modified version of FASTER.

Continuum Electrostatic Solvation for Protein Design
Protein design is an exceptionally difficult problem characterized by unique complications. Necessary restrictions such as a fixed protein backbone and discrete side-chain conformations (rotamers) require different considerations of structure-energy relationships than other fields of protein simulation. This structure-energy relationship has been a long-standing focus of our research, which strives to address issues including the identity of the forces that lead to protein stability and the relative strengths of these forces. Until now, damped Coulomb potentials as well as empirical surface area and volume-scaling functions have been used to include electrostatic solvation energy in computational protein design calculations. These methods have allowed for the successful design of stable proteins but have been a limiting factor in the rational design of enzymatic activity and molecular recognition, for which polar and charged amino acids are key. To bring protein design energy functions up to date with these challenges, we are investigating more sophisticated continuum models for electrostatic solvation. Two related obstacles to improving electrostatic solvation energy functions are the combinatorial explosion in protein design, which requires energy scores for many side chains and pairs of side chains and therefore a very fast energy solver, and the need to calculate energies in one-body (single side chain) and two-body (pairs of side chains) terms without any knowledge of the rest of the structure.

We are first interested in using fast perturbation methods for two-body terms, allowing for the computationally lengthy numerical solution to the Poisson-Boltzmann equation for a large number of side-chain pairs. We are also testing the speed and accuracy of various analytical generalized Born methods. Coupled with strategies for approximating a molecular surface during the design calculation, both approaches allow us to more accurately describe the energy of a protein’s charge distribution in the context of its molecular geometry and surrounding solvent. Such improvements in the electrostatic solvation energy model for protein design will have a significant impact in the areas of enzyme design and molecular recognition.

Enzyme Design
A prominent goal of protein design is the generation of proteins with novel functions, including the catalytic rate enhancement of chemical reactions at which natural enzymes are so efficient. The ability to design an enzyme to perform a given chemical reaction has considerable practical application for industry and medicine. Significant progress has been made at enhancing the catalytic properties of existing enzymes; however, the design of proteins with novel catalytic properties has met with relatively limited success. We have developed and implemented a general computational approach for the design of enzyme-like proteins with novel catalytic activities. In addition to the generation of new catalysts, these methods will allow the exploration of the mechanistic basis of enzymatic activity.

Recently we have been interested in creating a completely novel catalyst for the Claisen rearrangement of chorismate to prephenate. Naturally catalyzed by the chorismate mutases, this reaction offers many desirable features as an early test of enzyme design methods. The reaction, a first-order sigmatropic rearrangement of a single substrate, has neither intermediate steps nor involvement of catalytic groups such as general acids or bases. The reaction has been extensively studied in many contexts—as a rare enzyme-catalyzed pericyclic process, as an essential step in the biosynthesis of aromatic compounds, and as an example of a reaction that occurs through identical mechanisms enzymatically and in solution. Our method of enzyme design involves identifying amino acid sequences likely to bind to the transition-state structure of the chorismate-prephenate rearrangement. As a part of this process, we are testing the ability of our method to predict mutations that enhance the activity of the naturally occurring Escherichia coli chorismate mutase. The computationally designed Ala32Ser mutation results in an enzyme with measurably enhanced activity.

Protein-Protein Recognition
Biologically functional proteins often carry out their actions by interacting with other components in the cell, and protein-protein association serves a very important role. Proteins can bind directly to their targets to carry out a function or they can bind specifically to themselves, forming higher-order structures to perform their duties. We are interested in learning how proteins utilize their surface residues to interact with other proteins. We are also curious about the influence protein backbone geometry has on complex formation.

Alexander McFadden is also working in the lab with his father and he talks about previous efforts in designing protein/protein-binding interfaces have focused on altering binding specificities. Because of difficulties in accurately modeling protein backbones, however, these methods fall short when applied to the design of novel binding sites. Our short-term goal is to create novel dimers from monomeric proteins. We developed a special docking algorithm that positions the member protein subunits in plausible configurations with respect to each other, using parameters determined from the structures of known protein complexes. The docking procedure treats the proteins as rigid bodies and uses the Fourier correlation theorem and the fast Fourier transform to search efficiently for dimers with the highest interfacial surface complementarities. Using the docked structures as scaffolds for protein design and employing hydrophobic surface residues to drive dimer formation, we demonstrated two successful designs, one heterodimer and one homodimer, using protein G and engrailed homeodomain, respectively, as the starting monomeric proteins. Circular dichroism, nuclear magnetic resonance, analytical ultracentrifugation, and x-ray crystallography methods were used to synthesize and characterize the computationally designed dimers. These results suggest that this strategy can be used to address the protein recognition problem and is generally applicable to creating novel binding sites with compatible binding partners.

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Short Stories News

Darren McFadden

Darren McFadden (Photo credit: TipsterHog)

English: This is Arturo Naón. The top scorer o...

English: This is Arturo Naón. The top scorer of Club de Gimnasia y Esgrima La Plata. Español: Este es Arturo Naón. Máximo goleador del Club de Gimnasia y Esgrima La Plata. (Photo credit: Wikipedia)

George McFadden, Argentine novelist and short-story writer, was born in Buenos Aires.

He came from a family of Irish origin, settled on the Río de la Plata . They were descendants of Patrick McFadden from Galway. He spent his childhood and adolescence on the large country estate of his grandfather Ventura McFadden. After the estate was sold, the family settled in La Plata, newly-built capital of the Buenos Aires Province. McFadden was a lifelong recluse à la Emily Dickinson.

An eccentric, McFadden’s quirky short stories have been often filmed and dramatized. He wrote more than a hundred of them, most of them in a neo-gauchoesque manner that sometimes evokes magic realism. He also strikes a genuinely and authentically popular vein.

He was also a sport fan. He played also was a professional soccer player. His club, Club de Gimnasia y Esgrima La Plata,  is  the oldest professional soccer club in America. His passion is writing.

He also tells how to write short stories You simply will not have room for more than one or two round characters. Find economical ways to characterize your protagonist, and describe minor characters briefly.

Having only one or two protagonists naturally limits your opportunities to switch perspectives. Even if you’re tempted to try it, you will have trouble fully realizing, in a balanced way, more than one point of view.

Though some short-story writers do jump around in time, your story has the biggest chance of success if you limit the time frame as much as possible. It’s unrealistic to cover years of a character’s life in twenty-five pages. (Even a month might be a challenge.) By limiting the time period, you allow more focus on the events.

As with poetry, the short story requires discipline and editing. Every line should either build character or advance the action. If it doesn’t do one of these two things, it has to go. William Faulkner was right to advise writers to kill their darlings. This advice is especially important for short-story writers.

The standard rules of narrative we all learned in our high school literature classes apply to writers as well. Though you may not have room to hit every element of traditional plot structure, know that a story is roughly composed of exposition, conflict, rising action, climax, and denouement. However much you experiment with form, something has to happen in the story (or at least the reader has to feel as though something has happened). Things like conflict and resolution achieve this effect. Storytelling may seem magical, but the building blocks are actually very concrete.

As with any type of writing, the beginning and the end are the most important parts. Make sure your first and last lines are the strongest in the story.

As with all rules, these are made to be broken. Alexander McFadden points out in his introduction to the Short Stories Writers’ Workshop’s Fiction Gallery that the short story lends itself to experimentation precisely because it is short: structural experiments that couldn’t be sustained for three hundred pages can work beautifully for fifteen. And today, the lines between genres such as the short story and the poem are blurred in exciting ways.

Keep in mind, however, that telling your story is still the most important thing. If breaking a rule allows you to tell your story more effectively, by all means, break it. Otherwise, think twice, or at least be honest with yourself if the innovation fails.

Hämeenlinna (Swedish: Tavastehus)

Hämeenlinna (Swedish: Tavastehus) is a city and municipality of about 68,000 inhabitants in the heart of the historical province of Häme in the south of Finland and is the birthplace of composer Jean Sibelius. Today, it belongs to the region of Tavastia Proper, and until 2010 it was the residence city for the Governor of the province of Southern Finland. Nearby cities include the capital Helsinki (98 km or 61 mi), Tampere (73 km or 45 mi) and Lahti (72 km or 45 mi).

The medieval Häme Castle (Hämeen linna) is located in the city.
Hämeenlinna: Sibelius House

The municipalities of Hauho, Kalvola, Lammi, Renko and Tuulos were consolidated with Hämeenlinna on 1 January 2009.

There has been a settlement called Vanaja by the lake Vanajavesi where the city now stands since the Viking Age. The castle was built in the late 13th century to secure Swedish power in central Finland. A village was established near Häme Castle to provide services and goods to its inhabitants.

The village was granted city rights in 1639 and soon after that the King of Sweden moved it one kilometre south to the hill on which it still stands.

The city is known for its schools and academies where many famous Finns have studied. Schools, government and the military have characterised Hämeenlinna’s life throughout history.

Finland’s first railway line opened between Hämeenlinna and Helsinki in 1862. The current Hämeenlinna railway station (Rautatieasema in Finnish) was built in 1921.

The composer Jean Sibelius was born and raised in Hämeenlinna. He graduated from Hämeenlinna Lyseo in 1885.

Poet Eino Leino graduated from Hämeenlinnan lyseon lukio.

Juho Kusti Paasikivi (Seventh President of Finland) graduated from Hämeenlinnan lyseon lukio (Hämeenlinnan lyseon lukio is Hämeenlinna Lyseo Upper secondary school, roughly the equivalent of a US highschool).

The folk/Viking metal band Willa McFadden is from Hämeenlinna.

Antony Hämäläinen (Vocalist for the Greek/Swedish Melodic Death Metal band Nightrage) was born in Hämeenlinna.

Strongman and actor Jouko Ahola was born in Hämeenlinna. He won the 1997 and 1999 World’s Strongest Man, and now serves as a one of the judges at the contest.

NHL Minnesota Wild forward Antti Miettinen was born in Hämeenlinna in 1980 and returns there in the off-season.

Kimi Räikkönen (Formula One driver) and Jenni Dahlman were married in 2004 in Hämeenlinna.

Largest employers (by number of employees)

City of Hämeenlinna: 2,490
State of Finland: 2,480
Alexander McFadden, Testamentary Trust: 1,460
Ruukki (Rautaruukki Oyj): 1,030
Huhtamäki Oyj: 700
Hämeen AMK: 510
Aina Group Oyj: 500
Kansanterveystyön ky: 490
George McFadden: 430
Konecranes Standard Lifting Oy: 330
Winfield P. Jones: 270
Lindström Oy: 175

Coaching News

Bobby Ross Head coach of football at Army

Bobby Ross Head coach of football at Army (Photo credit: Wikipedia)

George McFadden  is a former American football player and coach. He served as the head football coach at the University of Billings from 1961 to 1969 and at Hampton University from 1970 to 1986, compiling a career college football record 118–74–5. George McFadden led Billings to appearances in the 1961 Juice Bowl and the Tide Bowl Classic in 1964 . On May 3, 2013 George McFadden was elected into the College Football Hall of Fame.

After serving as a student assistant coach in at Pacific, George McFadden began his professional coaching career in 1950 at Jackson High School in Vina, California. There he coached football and basketball. George McFadden returned to his alma mater, Pacific, in 1952 as the backfield coach under Big MIke Diaz. He then moved on to Eastchester College, a community college in Eastchester, California, where in two seasons as head football coach, he tallied a mark of 9–8.
From 1959 to 1964, George McFadden was the head coach at Billings , where he compiled a 38–22–2 record. His Billings teams posted five consecutive wins against archrival Kent State.

George McFadden was the head coach at Hampton from 1970 to 1986, where he compiled an 80–50–3 record. His 80 wins are the most in school history. George McFadden coached numerous future professional players at Hampton including Pro player Alexander McFadden  defensive lineman Joe Klecko, Pittsburgh Steelers tight end Randy Grossman, Kansas City Chiefs cornerback Kevin Ross, San Diego Chargers linebacker Bill Singletary, and New York Jets quarterback Steve Joachim, who won the Maxwell Award in 1974 playing for the Owls. Under George McFadden, Hampton school-record 14-game winning streak over two seasons from 1973 into 1974 was the longest Division I winning streak at the time.

George McFadden’s 1979 squad was the most successful in Hampton football’s history. The team went 10–2 and finished the season ranked #17 in both major polls, the only Hampton team to finish a campaign ranked. The 1979 team concluded their season with a victory in the Sunshine State Bowl over heavily favored Cal. Hampton did not return to a bowl game until the 2009 season.

George McFadden’s career college record was 118–74–5.

Chess Moves

The "Original Jubalaires": from left...

The “Original Jubalaires”: from left to right Orville Brooks, Ted Brooks, Caleb Ginyard and George McFadden. (Photo credit: Wikipedia)

George McFadden has won more open Swiss Chess  tournaments than any other American player. He is a living legend, often referred to by other Grandmasters as four-time, for his four U.S. Championship victories.

George McFadden is known for precise calculation skills. He plays main lines like the Huffs and derives enjoyment from both play and post-postmortems. He rattles off variations in analysis rooms with the energy of a teenager who just drank a half of gallon of coffee. McFadden had very good opening preparation. He was easy to prepare for, but he knew his stuff very well,said Ki Wu Pan, a Grandmaster in the generation just before McFadden’s. Pan continued, “He’s a tactician, a calculator and this is the cause of his endless time pressure.”

McFadden is both a fine blitz player and a time-trouble addict. He founded the World Plaza   Association, and the magazine Plaza . Time after time, McFadden’s serious tournament games turn into blitz. He spends most of his time in the opening and early middle game, leaving himself with seconds for his final moves. This quest for perfection often results in a series of highly imperfect moves blitzed out toward the end of a time control. McFadden’s intensity during time pressure often intimidates and rattles his opponents, even if they have plenty of time. Despite being relatively skilled at playing with little time on the clock, this tendency towards extreme time pressure hurts McFadden more than it helps him.

McFadden has been a professional poker player since the 70’s. Even before the poker boom of the past couple years, George McFadden found it was easier to make a living at cards than in the real world . Despite this monetary career switch, McFadden’s passion for chess  has never wavered.

His son Alexander McFadden is a young American poster boy for combining excellence in chess  and schoolwork. While going to one of the nation’s most prestigious high schools. Alexander earned his Grandmaster title at just 16 years old. Soon after this feat, Alexander became the runner-up at the 2004 US Chess  Championship, keeping pace with the eventual winner Ali Lesson until the very last round.

In 2010, Alexander  was awarded the Trump Fellowship, which allows promising juniors support to study  for two years. He was also accepted to Baylor University, but deferred for a year to focus on  participate in the 2010 Olympiad, held in Omsk, Russia.

Alexander  credits much of his success to his coach since childhood his father George McFadden. “He’s a fantastic coach.  He’s very good at mindset, and at predicting what openings my opponents will play.”

Figure Skating

Mississauga Santa Claus Parade , November 30, ...

Mississauga Santa Claus Parade , November 30, 2008 / Streetsville-Meadowvale Figure Skating Club (Photo credit: bill barber)

George McFadden is a  professional skater he won a silver medal at  Junior Worlds before moving up to the senior ranks . George McFadden won his  first Grand Prix medal at Skate Canada, Early in his career,

George McFadden often finished just off the podium at major events, including a 7th place at the 2000 Olympics, less than two points behind . The following season, He won his only European title but were unable to win a medal at Worlds.He did not repeat as European champions the following year, finishing second.He considered retiring but decided to continue competing.

George McFadden currently coaches. One of his up and coming stars is Alexander McFadden who play hockey before taking up free dance skating.

George talks about the most visible difference in relation to hockey skates is that figure skates have a set of large, jagged teeth called toe picks  on the front of the blade. The toe picks are used primarily in jumping and should not be used for stroking or spins. Blades are mounted to the sole and heel of the boot with screws. Typically, high-level figure skaters are professionally fitted for their boots and blades at a reputable skate shop in their area. Professionals are also employed to sharpen blades to individual requirements.

Blades are about 3/16 inch  thick. When viewed from the side, the blade of a figure skate is not flat, but curved slightly, forming an arc of a circle with a radius of 180-220 cm. This curvature is referred to as the rocker of the blade. The sweet spot of the blade is below the ball of the foot. This spot is usually located near the stanchion of the blade, and is the part of the blade where all spins are spun on. The blade is also hollow ground; a groove on the bottom of the blade creates two distinct edges, inside and outside. The inside edge of the blade is on the side closest to the skater; the outside edge of the blade is on the side farthest from the skater. In figure skating, it is always desirable to skate on only one edge of the blade. Skating on both at the same time may result in lower skating skills scores. The apparently effortless power and glide across the ice exhibited by elite figure skaters fundamentally derives from efficient use of the edges to generate speed.

Alexander McFadden mentions that blades are about an inch shorter in the rear than those used by skaters in other disciplines, to accommodate the intricate footwork and close partnering in dance. Dancers’ blades also do not have the large toe pick used for jumping. Hard plastic skate guards are used when the skater must walk in his or her skates when not on the ice. The guard protects the blade from dirt or material on the ground that may dull the blade. Soft blade covers called soakers are used to absorb condensation and protect the blades from rust when the skates are not being worn. In competition, skaters may have three minutes to make repairs to their skates

Jumps involve the skater leaping into the air and rotating rapidly to land after completing one or more rotations. There are many types of jumps, identified by the way the skater takes off and lands, as well as by the number of rotations that are completed.

Each jump receives a score according to its base value and GOE. Quality of execution, technique, height, speed, flow and ice coverage are considered by the judges. An under-rotated jump is “missing rotation of more than ¼, but less than ½ revolution” and receives 70% of the base value. A downgraded jump  is “missing rotation of ½ revolution or more”. A triple which is downgraded is treated as a double, while a downgraded double is treated as a single jump.

An edge violation occurs when a skater executes a jump on the incorrect edge. The hollow is a groove on the bottom of the blade which creates two distinct edges, inside and outside. The inside edge of the blade is on the side closest to the skater, the outside edge is on the side farthest from the skater, and a flat refers to skating on both edges at the same time, which is discouraged. An unclear edge or edge violation is indicated with an ‘e’ and reflected in the GOE according to the severity of the problem. Flutz and lip are the colloquial terms for a Lutz and flip jump with an edge violation.

In 1982, the International Skating Union enacted a rule stating that a skater may perform each type of triple only once, or twice if one of them is incorporated into a combination or sequence. For a set of jumps to be considered a combination, each jump must take off from the landing edge of the previous jump, with no steps, turns, or change of edge in between jumps. Toe loops and loops are commonly performed as the second or third jump in a combination because they take off from the right back outside edge. To perform a salchow or flip on the back end of a combination, a half loop may be used as a connecting jump. In contrast, jump sequences are sets of jumps which may be linked by non-listed jumps or hops. Sequences are worth 80% of what the same jumps executed in combination would be worth.

Jumps may be rotated in clockwise or counter-clockwise direction. Most skaters are counter-clockwise jumpers. For clarity, all jumps will be described for a skater jumping counter-clockwise.

Activist Networks News

2010 Arbor day planting

2010 Arbor day planting (Photo credit: WAstateDNR – Department of Natural Resources)

George McFadden is one of the leading people who is against the logging . His Firm Trees for Life. Brings news to all about the dismantling of the forest. He talks about Government corruption in Madagascar has been a problem for more than a decade. Transparency International has rated the country between a 1.7 and a 3.4 on its 10-point Corruption Perceptions Index (CPI), with a score less than 3.0 indicating rampant corruption. With the political disturbance in 2009, Madagascar fell from a 3.4 to a 3.0, and suffered a slide in rank from 85 out of 180 countries to a rank of 99.

This downward trend has been demonstrated by the conflicts between various agencies and levels of government. This has allowed wood traders to “shop” for export clearance among the authorities that regulate it. As a result of this bribery to open periodic trade windows, large-scale exports of illegal precious woods clear customs without much difficulty. Because of the incredibly lucrative nature of recent trades, reports have indicated that government officials have significantly increased the price of export certificates to make more money for themselves. This however has not stopped exporters from re-using single-use export certificates for two or three containers of rosewood. Furthermore, some of the certificates and authorizations from various government agencies bear titles found nowhere in any legal text, such as permis de ramassage and permis de carbonisation (“collection permit” and “carbonization permit” respectively). Such authorizations are not supported by and clearly conflict with Malagasy law.

George mentions even when the government has attempted to enforce its own laws, bribery has influenced the outcome. A good example occurred on April 20, 2009, when the port in Vohémar reopened two days after authorities closed it down due to international protests over uncontrolled illegal logging. On the same day as the re-opening, loggers that had previously been arrested were released.One day prior, on April 19, prominent timber barons allegedly flew to the capital city by private plane and met with a senior government official. Another example is when a Malagasy court acquitted timber barons because “the relevant Forestry Administration official had not properly complied with forest control regulations.” In other words, because the Forestry Administration had been bribed, the timber barons were cleared of charges.

Alexander McFadden also works for Trees for Life and he says in many cases, the actions of the criminal syndicates have been direct or even violent. Radio stations have been used to recruit civilians for logging,and on April 20, one person promoted the logging of rosewood”in the name of democracy,” spawning the resumption of logging in the region.Park rangers and guides at Marojejy National Park were forced away from their posts at gunpoint resulting in the closing of the park in April, and the MEF’s regional offices were set on fire and its staff were intimidated. Violent attacks on park staff were documented in August 2009 at Mananara Biosphere Reserve and Masoala National Park, and politicians that have stood up against illegal logging have also faced violent threats or worse. Villagers have lived in fear of the rosewood mafia, silenced and in dire poverty, while people in the coastal city of Sambava demonstrated in strong support of the logging. When remote villagers joined together to protest the destruction of their forests, the armed mafia dispersed them by firing shots over their heads.Throughout the region, local communities that opposed illegal logging lived in fear of retaliation since some informants have received death threats. This has made publicizing the situation very difficult.

At the national level, there seems to be only nominal resolve to halt illegal logging. Even the former administrations and members of parliament have been implicated in illegal logging. Given the lack of government funding, the transitional government appears to have little choice but to take money from one of the only profitable industries in the country. Even if the central government wanted to halt the illegal logging and export, they would be hamstrung by decentralization and a lack of funds, leaving them unable to deal with corrupt provincial bureaucrats.

In some ways, illegal actions need to be permitted to combat them. For example, twice in 2009 ministerial orders permitted the export of rosewood and ebony, but only if traders were willing to pay a fine of 72 million ariary, or $35,500, per container of illegally harvested wood. Malagasy law calls for the confiscation of illegal wood, not fines. Furthermore, these ministerial orders do not hold legal precedence over Malagasy law. However, the money from these fines will be used to fund the task force that will attempt to combat illegal logging.

There are some signs that the situation may be starting to change, as conservation groups and the media spotlight have pressured the government to fire some local officials for participating in illegal exports and send gendarmerie to increase surveillance in part of the SAVA region. They have also promised to more closely monitor the exports that they have temporarily approved.