International Day of Women and Girls in Science, 11 February

Gagandeep Kang: Virologist, Professor, Department of Gastrointestinal Sciences at Christian Medical College, Vellore, India.  First Indian woman to be elected as a Fellow of the Royal Society.  At the forefront of COVID science.

Kiran Majumdar Shaw: Chairman-MD of Biocon India Group known for its breakthroughs in clinical research. The first Indian company to export enzymes to the United States and Europe, the first Indian company to gain the approval of the U.S. Food and Drug Administration for the manufacture of a cholesterol-lowering molecule.

Vijayalakshmi Ravindranath: Chairperson at Centre for Neuro Sciences at Indian Institute of Science, who leads research that will help us understand and cure Alzheimer’s and Parkinson’s.

Tessy Thomas: Expert in ‘solid propellants’, which fuel India’s Agni missiles developed by Defence Research and Development Organization (DRDO). Called Agniputri by media, after the missiles she has helped develop.

Ms J Manjula:  DRDO Outstanding Scientist, and Director, Defence Avionics Research Establishment.

Minal Sampath, Systems Engineer working on India’s mission to Mars. Anuradha TK, senior-most women officer at ISRO. Nandini Harinath, Project Manager Mission Design, Deputy Operations Director, Mars Orbiter Mission, ISRO. And the many other Mars-Mission Women.

Inspirations, one and all. And they are not the only women-achievers in science and technology.

But still such a minuscule number!

Not just India, but the world and Asia too have this challenge of attracting and retaining women in these fields.

For instance, worldwide:

  • Only 35% of all higher education students enrolled in STEM-related fields are female.
  • Only 28% of all of the world’s researchers are women

Recently, UNESCO Bangkok brought out a report on STEM (Science, Technology, Engineering and Math) education for girls and women in Asia, 2020. The report points to a cycle which hinders girls for pursuing STEM education and hence careers in science.  It highlights the reality that right from a young age, girls receive messages that these subjects are not suitable for girls. One of the issues is that girls do not see any role models of successful women scientists around them. Even when girls do take up this stream of education, there are several barriers to success—from discrimination, to having to handle multiple responsibilities outside the job, to glass ceilings.

It is in recognition of these challenges that the United Nations in 2015, decided that ‘In order to achieve full and equal access to and participation in science for women and girls, and further achieve gender equality and the empowerment of women and girls, the United Nations General Assembly adopted resolution A/RES/70/212 declaring 11 February as the International Day of Women and Girls in Science’.

The theme for this year is ‘Women Scientists at the forefront of the fight against COVID-19’. Indeed it is a matter of pride that so many women are indeed there—whether as researchers, as doctors, healthcare professionals or in manufacturing vaccines and medicines.

The journey has started, but there is such a long way to go. Leaving 50 per cent of humanity’s brainpower and entrepreneurial energies out of the search for fundamental scientific truths and putting these to the service of humanity, seems a sad waste indeed!

Make a resolution today to encourage a girl in science. Take her to visit a Science and Technology museum. Buy her a science kit. Take her on a visit to a Scientific Institution on its Open Day. Tell her stories of women-scientists. Gift her a book about science and scientists. In fact, gift a few boys some books about women scientists too!

Do anything, but do something…


PS: Two books by women, to get the reading list started:

The Spark that Changed Everything. Veena Prasad. Hachette.

Fantastic Adventures in Science—Women Scientists of India. Nandita Jayaraj, Aashima Freidog. Puffin Books.

Women and the Vaccine


Lady Mary Montagu

In 2020, it is not surprising that there are many women playing a prominent part in developing vaccines to protect us against the current scourge—Covid 19. I know nothing about this field, but a casual search threw up many names—Prof Sarah Gilbert, Dr. Kizzmekia Corbett, Dr. Nita Patel. And Dr. Patel had a good explanation—she says that lab work in science is mostly done by women, so it is not surprising that women are prominent in the race to find the vaccine.

But it was not always so. Even though women have played a critical role in the development of many vaccines, they have not always got their due.

A8B3BB67-7240-4270-8ABC-F7F482BB6F30Polio was a dreaded disease in the early 20th century. It left death in its wake, but even more, it paralysed. Till date, there is no cure for polio, and the only defence is vaccination. Jonas Salk rightly deserves the credit for the polio vaccine, but there were two women, without whose work things would not have happened as they happened, when they happened. One was Dr. Isabel Morgan of Johns Hopkins University, whose work was a turning point in understanding host immunity to polio and on use of killed-virus (vs. live-virus) as the basis of vaccines for this disease. The other was Dr. Dorothy Horstmann of Yale and her team, whose work is said to have paved the way for oral polio vaccines.

Other women to whom we owe a safer world are: Dr. Anna Wessels Williams, who developed a diphtheria vaccine; Drs. Pearl Kendric and Grace Eldering who developed a vaccine for whooping cough; Dr. Margeret Pittman, whose work led to the vaccine against meningitis and pneumonia; Dr. Anne Szarewski, whose breakthroughs helped to develop vaccines against cervical cancers; and Dr. Ruth Bishop who led the team which developed a vaccine against rotavirus which is a major cause for diarrhoea in children.

But the best for the last! The most amazing story is of the woman who introduced the concept of immunization to the Western world, Lady Mary Montagu. Born in 1689, she was a path-breaker in many ways. But her contribution to vaccination is the one we are going to focus on here. She was a brilliant and beautiful woman, whose beauty was marred by an attack of smallpox in 1715. Earlier she had lost her brother to it. So it was no wonder that the deadly disease was something she worried about where her children were concerned. Lady Mary’s husband Lord Edward Montagu was posted to Constantinople as Ambassador in 1716. There she interacted closely with Turkish women and got to know their customs. One of these was the practice of variolation, wherein women would take the pus from the smallpox blister of someone who had a mild case of the disease, and introduce it into the scratched skin of uninfected children. Lady Mary observed that children thus infected never did contract the disease seriously.

She developed such a strong belief in this that she got the Embassy surgeon to inoculate her five year old son.

When she got back to England, she promoted this procedure with all her passion, but the medical establishment blocked and resisted it. The reasons are probably two-fold—it was seen as an Oriental folk treatment, not a Western, scientific one. And it was being promoted by a woman!

In 1721, a smallpox epidemic struck England, and Lady March had her daughter also inoculated. She persuaded the Princes of Wales on the efficacy of this, and the Princess had her two daughters inoculated. And though it took a long, long time for Jenner to come along and develop a safer technique of vaccination, using cowpox rather than smallpox virus, the concept started taking root, and the foundation for vaccination had been laid!

With thanks to all the back room girls (and boys) helping find vaccines and cures, as well as all front line workers.