While CEOs and executives are struggling to cope with the fallout of Covid-19, an expert on business internationally renowned growth, Jana Matthews Professor of UniSA is encouraging companies to take a step back and carefully consider their activity before making any decision radical about their future.
“The fact that a company survive in uncertain times – and is positioned for growth on the other side – will depend largely on how the CEO and currently lead the leaders,” says prof. Matthews.
“We all have to do with unprecedented uncertainty. And while it is impossible to predict which companies will do all this, there are things you can do to increase their chances.
(Yes, finally there are 5 🙂
1.Balance dollars with sense Look at your accounts and project your cash flow over the next few months – do you need to collect receivables or delay expenditures? Are you in a position to lend your business personal funds? Can you ask some of your employees to take vacation days now or drop down to 80 per cent, if necessary? Remember, there are government grants Also available, so check These too. If there’s still a shortfall, go to the bank to discuss a loan.
2.Double your winners This year not all companies will do their best: if the products are hand sanitizers, soaps, toilet paper or fans, you can have your best year ever. Study which of your products or services they sold and focus your associates on those. If you identify customers who have purchased them, you can also target your marketing.
3.Think laterally Find out what people are buying and look for openings – can you make the straps secure That facemasks or key components in ventilators? If so, let the manufacturers know your capabilities, or alternatively, make the product yourself. If manufacturers need the product in a different way, look for alternatives, Now is the time to be flexible and adaptable.
4.Look critically at your company ‘Strong Eye’ your company, people and products as if you were an outside investor. Are there any gaps, oversights or weak spots? Ask your employees to help scan, as These are the people on the ground, in the thick of it. What can you do better, more efficiently? Where are the double-ups? Be open and ready to listen, then take action. Also, think about what changes you, as the leader, may need to make.
5.Have the courage, brains and heart to lead It’s not easy to lead through chaos at this velocity of change. It takes brains to analyse and develop strategies to keep the company alive. It takes courage to stop doing what used to work and move into unchartered territory. And without question, it takes heart. Empathise with your employees who are worried about their jobs and their futures and remember to provide them with frequent updates – the good, the bad, and the ugly. Weed out any misfits, or non-performers, and do everything you can to keep your great people on board; you will need them to help you grow once we’re on the other side.
“This is a time for smart decisions. The leadership that is shown now, the culture that follows and the decisions that are made will path the way for the future.”
Newswise Live Expert Panel discussion of unique angles to the COVID-19 outbreak of interest to the public and the media, including public health, testing, business and financial markets, 2020 elections, and more.
Experts from institutions including Binghamton University, AACC, Rutgers, Cornell, University of Virginia, and more will participate in a two-part series of moderated expert panels covering a wide variety of topics, with questions prepared by Newswise editors and submissions from media attendees.
XinQi Dong, MD, Rutgers University (Epidemiology)
Zhaohui Chen, PhD, University of Virginia (Finance)
Ali Khan, M.D., M.P.H, University of Nebraska Medical Center (Public Health)
Valerie Reyna, PhD, Cornell University (Psychology)
Tom Ewing, PhD, Virginia Tech (History)
Carmen Wiley, PhD, President, American Association for Clinical Chemistry (Lab Testing)
Dean Headley, PhD Wichita State (Airline Industry and Travel)
Jennifer Horney, PhD, University of Delaware (Epidemiology)
Dawn Bowdish PhD, McMaster University (Immunology)
Daniel McKeever, PhD, Binghamton University (Finance)
Dr. Jennie Kuckertz, Ph.D, from McLean Hospital (Psychology)
W. Graham Carlos, MD, Indiana University (Pulmonology)
When: Thursday, March 12 at 2 PM EDT and Monday, March 16 at 2 PM EDT
Autistic mothers are more likely to report post-natal depression compared to non-autistic mothers, according to a new study of mothers of autistic children carried out by researchers at the University of Cambridge
A better understanding of the experiences of autistic mothers during pregnancy and the post-natal period is critical to improving wellbeing. The results are published in Molecular Autism.
The team recruited an advisory panel of autistic mothers with whom they co-developed an anonymous, online survey. After matching, this was completed by 355 autistic and 132 non-autistic mothers, each of whom had at least one autistic child.
Sixty percent of autistic mothers in the study reported they had experienced post-natal depression. By comparison, only 12% of women in the general population experience post-natal depression. In addition, autistic mothers had more difficulties in multi-tasking, coping with domestic responsibilities, and creating social opportunities for their child.
The study also found that when autistic mothers disclosed their autism diagnosis to a professional, they were not believed the majority of the time. Autistic women felt misunderstood by professionals more frequently during pre- and post-natal appointments and found motherhood an isolating experience. Despite these challenges, autistic mothers reported they were able to act in the best interest of their child, putting their child’s needs first and seeking opportunities to boost their child’s self-confidence.
Dr Alexa Pohl, who led the study, said: “Autistic mothers face unique challenges during the perinatal period and parenthood. Despite these challenges, an overwhelming majority of autistic mothers reported that parenting overall was a rewarding experience. This research highlights the need for increased awareness of the experiences of motherhood for autistic women and the need for more tailored support.”
Professor Simon Baron-Cohen, Director of the Autism Research Centre at Cambridge, and part of the team, said: “This worryingly high number of autistic mothers who experience post-natal depression means we are failing them and their infants at a critical point in their lives. We now need more research into why the rates are so much higher, whether they are seeking help and not getting it, or if they are not seeking help and for what reasons. A new research priority is to develop autism-relevant screening tools and interventions for post-natal depression in these mothers.”
Monique Blakemore, an autistic advocate and member of the team, said: “This vital study was initiated by the autistic community, who collaborated as equal partners with researchers in the design, dissemination and interpretation of the survey. This is an excellent example of what can be achieved through such partnership.”
The study was supported by the National Institute of Health Research (NIHR) Collaboration for Leadership in Applied Health Research and Care (CLAHRC), East of England, at Cambridgeshire and Peterborough NHS Foundation Trust, the Autism Research Trust, the MRC, the NIHR Cambridge Biomedical Research Centre, and Autistica.
A comparative study of autistic and nonautistic women’s experience of motherhood by Alexa Pohl, Sarah Crockford, Monique Blakemore, Carrie Allison and Simon Baron-Cohen. Molecular Autism. DOI: 10.1186/s13229-019-0304-2
Imperceptible variations in movement patterns among individuals with autism spectrum disorder are important indicators of the severity of the disorder in children and adults, according to a report presented at the 2014 Society for Neuroscience annual meeting in November.
For the first time, researchers at Indiana University and Rutgers University report developing a quantitative way to assess these otherwise ignored variations in movement and link those variations to a diagnosis.
“This is the first time we have been able to explicitly characterize subtypes of severity in autism spectrum disorder,” said Jorge V. José, Ph.D., vice president of research at Indiana University and the James H. Rudy Professor of Physics in the IU Bloomington College of Arts and Sciences. “We also have determined that a pattern exists in the movement variations in some cases between children with autism and their parents, leading us to surmise that genetics plays a role in movement patterns.”
In a blinded study, José, who also is a professor of cellular and integrative physiology at the IU School of Medicine, and co-principal investigator Elizabeth B. Torres, Ph.D., an assistant professor in the Department of Psychology in the School of Arts and Sciences at Rutgers University, attached high-sensitivity movement sensors to the arms of study participants to track their micro-movements as they extended and retracted their hand to touch a specific spot on a touch screen.
Using analytics they developed, Drs. José and Torres, together with Di Wu, a Ph.D. graduate student in José’s lab in the physics department at IU Bloomington, evaluated the local spikes in speed — traditionally considered as noise in the data. The sensors recorded 240 movements per second for the 30 people with autism, eight healthy adults and 21 parents of children with autism tested. The participants were asked to touch a spot on a screen moving continuously about 100 consecutive times.
“These variations in the hand’s movement speed produced a pattern that clustered in specific regions of a graph that produced metrics we could use — not only in children with autism but in their parents,” Dr. Torres said. “People with autism are known to have problems with sensing their body motions and sensing their body in general. Our earlier research proved that the random patterns of their speed were significant. What we did not expect was to find random, minute speed fluctuations during the intentional action itself, much less identify this form of intentional tremor in some of their parents.”
That finding was part of the report presented by Wu at the 2014 Society for Neuroscience meeting in November attended by more than 32,000 scientists.
“In healthy adults, the minute fluctuations in the speed of their movements, which we call peripheral spikes or p-spikes, normally occur at the onset or at the end of the arm extension exercise,” Wu said. “They show very few p-spikes during the actual action, as the hand speeds up or slows down en route to the target. However, healthy children in the 3-to-5-year-old range have random patterns of p-spikes, as do adults and children with autism spectrum disorder.”
What this suggests, the researchers said, is that p-spikes normally become more organized with age in typically developing individuals. But, in children and adults with autism, the p-spikes remained random. The researchers tested people with autism between the ages of 3 and 30 and identified an absence of transition that typically developing children undergo after 4 or 5 years of age.
The researchers also tested 14 mothers and seven fathers who have a child with autism. When evaluating the noise from the data produced from the parents, the researchers were surprised to find that some of the parents had random p-spikes clustering in the graph similar to that of their children.
“This finding suggests that genetics may play a role in p-spike patterns,” Wu said. “We will need to further explore this result in other populations with neurodevelopmental disorders of known genetic origins and their family to better understand the surprising findings.”
Drs. José and Torres said the p-spike patterns are useful in determining severity of the disorder.
“Normally, children get more coordinated as they age, but we found that the young children with autism and the adults with autism all produced random p-spikes showing that they do not transition as they develop,” Dr. José said. “We also found a correlation between the randomness of the p-spikes and the severity of the autism disorder. Among those with autism, the more random their p-spikes, the lower spoken language ability they had overall.”
This research was funded by National Science Foundation Cyber-Enabled Discovery and Innovation Type I (Idea), grant number 0941587 — “A novel quantitative framework to study lack of social interactions in Autism Spectrum Disorders” — and by the New Jersey Governor’s Council for Medical Research and Treatment of Autism, grant number CAUT14APL018 — “New objective autism inventory to quantify peripheral plasticity during standard ADOS-2 social exchange.”
As preparations begin for the Thanksgiving holiday, experts from the Cornell Craft Beverage Institute offer beverage pairings for the food feast, as well as delicious drinks for cooking, watching football and even those sometimes-challenging conversations with family.
Brewing expert Kaylyn Kirkpatrick supervises the
Cornell Craft Beverage Institute’s Hops Analysis Lab and brewery pilot
plant, scheduled to open in early 2020. She helps brewers across New
York state test ingredient quality. Kirkpatrick offers beer pairings for
the upcoming holiday.
you’re cooking and watching the Macy’s Thanksgiving Day Parade in the
background, opt for a German Kristalweizen, a South German-style
sparkling clear wheat beer. It’s similar to a hefeweizen but without the
haze and palate fullness.
“A gose, another German-style beer,
would be great paired with smoked turkey and stuffing. This wheat beer
has a lemon-like sour characteristic from the souring organism
lactobacillus and is slightly salty from the water formulation.
“A Belgian dark strong ale is an excellent pairing with pecan pie and other desserts, delivering a strong malt character with rich aromatic notes of dark fruit from extended aging and perfumey alcohol.”
Associate professor of enology Anna Katharine Mansfield works with New York state wineries and focuses on practical challenges facing small, local wineries. She also conducts research that aims to answer pressing questions facing the wine industry as a whole. Mansfield offers regional wine and spirit pairings for sipping during Thanksgiving.
“For post-prandial sipping, or for making warming cocktails, one of the several applejacks produced in the Hudson Valley would be a great choice. Applejack was one of the first American spirits, after all!
Christopher Gerling, an enologist and craft-beverage expert, is the Cornell Craft Beverage Institute’s expert who handles wine, cider and spirits. Recently he’s been spending his time working on fermentation formulations with New York state cideries. Gerling suggest cider pairings for holiday festivities.
“For watching football, parades, or unpleasant family conversations, New York state ciders made from culinary apples will fit the bill. Found in cans or 12 oz. bottles, these ciders come in a variety of sweetness levels and seasonal flavors and make for a great gluten-free match with appetizers.
“For pairing with a turkey dinner, ciders made from traditional cider apples can work with just about any food. Often found in 750 ml bottles (like wine), these ciders can stand up to sauces, casseroles and a variety of veggies. Classic high-tannin ciders are also exceptionally enjoyable with cheeses.
“For pumpkin and apple pie, a pommeau will make any special occasion memorable. Made with a combination of apple brandy and apple juice, pommeau can be easier to enjoy than brandy and is far rarer than port.”Cornell University has dedicated television and audio studios available for media interviews supporting full HD, ISDN and web-based platforms.
If you want a better business, make sure your employees are happy. If
you want to be a more successful employee, make sure not to neglect
your own happiness.
That’s the advice of Raj Raghunathan,
professor of marketing at the McCombs School of Business at The
University of Texas at Austin. Raghunathan studies happiness and shares
his insights in both his in-person classes at McCombs and in his
award-winning online Coursera class that has been taken by more than
260,000 people in 196 countries since it launched in 2015.
Raghunathan is offering a new online class aimed at making workplaces
better for employers, employees, clients and customers. Happier Employees and Return on Investment, an open-access four-week course offered by McCombs through edX, is now open for enrollment.
course explores five critical issues: why happiness at work matters;
what the five most important determinants of happiness at work are; what
holds people back from feeling happy and fulfilled at work; what people
can do to enhance their own happiness levels at work; and what they can
do to enhance the happiness of coworkers.
“When employees are
happy on the job, they are more productive for their company and earn
more for themselves, said Raghunathan. “They take fewer sick days, are
more collegial, perform better in teams, are more creative and
objective, and make better decisions.”
There are no prerequisites
for the course. It is open to anyone who wishes to register. The online
video lectures can be started and stopped on whatever timeline is
convenient for each student. And the course is supported by an
interactive website with resources, exercises and communication portals.
spend so much of our lives at work,” said Raghunathan. “It makes sense
for us to do everything we can to maximize how happy we are in our
This is the first online course that McCombs is offering in collaboration with edX, with a number of others soon to be launched.
is the Zale Centennial Professor of Business at the McCombs School of
Business at The University of Texas at Austin. His work has appeared in The Atlantic, The New York Times, Fortune, Forbes, Harvard Business Review, Inc., and Fast Company. He writes about happiness and leadership in a blog for Psychology Today called Sapient Nature. His book, If You’re So Smart, Why Aren’t You Happy? was
published in 2016 and has been translated into 13 languages. His TED
Talk has been viewed by more than 17 million people worldwide.